Minolta XE-7 Manual

Service Manual
MINOLTA XE (081-084)
MINOLTA XE-1 (082-085)
MINOLTA XE-7 (086)
. MINOLTA
MINOLTA XE 081 - (084)
MINOLTA XE-1 082. (085)
MINOLTA XE-7 (086)
SHUTTER
Electronic Control of the Metal Focal Plane Type
Exposure: Automatic 4 ~ 1/1000 sec, (Non
stage shutter speed)
Manual X, В, 4, 2, 1, 1/2, 1/4, 1/8,
1/15, 1/30, 1/60, 1/125,
1/250, 1/500 and 1/1000
sec.
x 1/90 sec.
X and B are of the mechanical control
type, and are workable without bat-
teries.
Dial: Single, non-spinning, equal space,
click-stopped dial (with an automatic
position lock)
JIS-B type, FP-X contact one terminal
selection Hot Shoe (with an electric
shock preventive)
X... Used at X and other shutter
speeds slower than 1/60 sec.
ЕР... All speeds
Operating time adjustable (with a set
angle index operating.
Time — Approx. 6 ~ 10 sec.
FILM ADVANCE
Winding Method: Single-stroke winding by a lever
(Winding with several small strokes
are impracticable)
Winding Angle: 130° with an allowance of 30°
Spool: 4 - nail film reversal
Synchro Contact:
Synchro Range:
Self-timer:
Counter: Automatic resetting counter showing
exposed frame number.
Film Rewinding: Push-stop type with R button (for
automatic return) Rewinding with a
crank of the folding type. .
Locking of the back cover of the
hinge type Unlocking by pulling up
the rewinding knob.
Possible by shifting to the multiple
exposure lever automatic release by
Film Loading:
Multiple Exposure:
winding.
VIEWFINDER
Type: Eye-level viewfinder using a penta-
prism.
Focusing Plate: Mat-Fresnel field focusing screen,
Visual Field Percentage: 94%
(for the standard frame, 24 x 36mm)
Image Magnification: 84%
(with a 50mm lens on infinity)
Unit of Measurement: —1.0 diopter
Indication in Viewfinder:
Meter indication (Meter pointer and
speed scale)
Set aperture figure
Figure of the speed dial
( ) Black body
== EN IE
EXPOSURE ADJUSTING SYSTEM
Automatic Exposure Adjustment Type with
Priority to Thru - the Lens (TTL), Contrast Lignt
Compensator (CLC) Aperture Setting
Working Range: EV1~EV17 on 100 ASA film at F1.2
EV1.5 ~ EV17 on 100 ASA film at
F1.4
Meter Indication Range: 4~ 1/1000 sec.
Automatic Exposure: Automatic control of the exposure
time by the memory circuit using IC
ASA 12...25...50... 100...
200 ... 400... 1600... 3200
No DIN scale (ASA-DIN conversion
plate attached to the film pocket of
the back cover)
With Manual Override: +2, +1, 0, —1 and —2 EV
Coupling of Aperture Setting:
MC coupler, pressed lop-sidedly by
the MC ring on the lens side, is
coupled.
Coupled aperture setting: 8 stages
Silver oxide batteries 1.5V x 2
JIS-G13 type
S-76 (Eveready)
MS-76 (National)
RS-76G (Ray-O-Vac)
DIMENSIONS and WEIGHT
Dimensions: 148(W) x 97(H) x 61(L)mm
Weight: 775g (Body only)
Film Speed Scale:
Batteries:
Explanation of Systems
Film advancing system
naan?’ © nn =
. Shutter system
Release of shutter +“:
el
Multiple exposure system carr rr EEE CCE EC EC CE ниини
Film advance lever operation eee ee ee EEE HERR ER ET Ta se “
Operation of self-timer lever raras rr
A. Charge system AOC
moon
6
Electric shutter systeme ennsnnnennnnnnnnnnnenn nennen een nennen 7
Signal system for shortage of voltage of power source een 7
Operation and synchronizing system of FP contact + y
Operation and synchronizing system of X contact een 10
F. Mechanical shutter system a rn 1]
7. Mirror box system
A. Mirror retaining system at 45° A A rr eee nn 12
A AS: e IR
Mirror lifting and lowering system +... 12
Signal cancellation system for shortage of voltage of power source - 12
On-Off system of SW 5 ses 12
Automatic diaphragm and return system Henne 13
On-Off system of SW 2, SW 3 and SW 4: 13
G. Diaphragm and On-Off system ot PV SW LAIA AAA CTT nn 13
8. Exposure Interlocking system A EA AAA AAA ee LL ee DO
9 ы Optical layout UMR US SSSR RR Cee eee ere eer ино err
10. Explanation of light measuring principle and circuits
A. Summary bth eee IT PPR RR PRR RSE RPE PRR Ra eus + ae Гани
Logarithmic compression and addition -- ее ee 17
Memory rennen A AAA
Logarithmic extension
ANDA
H. Battery check circuit
Manual resistor eee eee ee ee EHE ee ss ss rss
First switching, delay and second switching circuits + een 19
Indication circuit and meter eee eee 19
11. Circuit diagram and properties of switches + еее неее неее.
12. Explanation of circuits
В. Meter circuit sms
RL eee EEE EEE ee ee
(Operating Order)
Film Advancing System
(The arrow marks indicate interlocking relations. )
| Film Advance Lever (0430)|
|
[Charge Lever (0150)|
}
[Shutter (2091)]|
|
[Counter Connecting Gear (3412) |
|
[Counter Transmitting Gear (3413)
{
[Counter Driving Gear (3414)
|
[Film Counter (0141)]
Points Requiring Positioning
“Film Advance Gear (3023) —— Film Advance Idle Gear (3024)
|
| Film Advance Axis (0160) |
|
[Film Advance Nail (3014)
|
| Film Advance Gear (3023)
|
| Film Advance Idle Gear (3024)|
|
| Sprocket Idle Gear (3025)}
|
| Sprocket Gear (3045) |
|
— Sprocket Axis (0190) |
|
[Clutch Pin (9045) |
|
| Sprocket (3041) |
® Sprocket Gear (3045) —— Sprocket Idle Gear (3025)
e Sprocket Axis (0190) —— Counter Connecting Gear (3412)
e Counter Driving Gear (3414) —— Counter (0142)
The film advance operating ring (0117) is checked by the film advance operation lever (0126) in
the course of the film advance operation, and the film advance axis (0160) won't return.
The film advance lever (0430) can be stored even in the course of the film advance operation.
Since the sprocket (3041) has 6 nails, one film advance operation enables the sprocket (3041)
to revolve 144 times.
|
| Spool Idle Gear (3026)|
|
| Spool Gear (3027)]
|
[Spool Axis (0125) |
|
| Spool (0119)}
Film advance lever (0430)
Film advance operation lever (0126)
Film advance operation ring (0117)
Film counter (0141)
Counter driving gear (3414)
pee,
i E TT ait
Counter transmitting gear (3413; cda E,
Counter connecting gear (3412)
Spool axis (0125)
Sprocket (3041)
Sprocket axis (0190)
Spool (0119)
Clutch pin (9045) Spool idle gear (3026)
Sprocket gear (3045) Spool gear (3027)
Sprocket idle gear (3025)
Film advance gear (3023)
Film advance idle gear (3024) >. | ay en
Shutter (2091)
Film advance axis (0160)
Film advance nail (3014)
Charge lever (0150)
2. Multiple Exposure System
3.
(Operation)
. When Multiple Exposure Lever (0350) moves in the direction of the arrow mark until (e)
becomes coupled with (c), (g) of Multiple Exposure Operation Lever (3059) will be pushed
be pushed by (f) and will move in the direction of the arrow mark.
. Multiple Exposure Axis (3054) will revolve in the direction of the arrow mark due to the
movement of Multiple Exposure Operation Lever (3059), and Film Advance Cancellation
(0170) will move in the same direction.
(i) of Film Advance Nail (3014) will be pushed due to the movement of Film Advance
Cancellation (0170), and Film Advance Nail (3014) will be disengaged from (h) of Film
Advance Gear (3023). Thus the preparations for the multiple exposure operation will be
completed.
. When Film Advance Lever (0340) is operated, Film Advance Axis (0160) will operate.
However, Film Advance Gear (3023) won't work because Film Advance Nail (3014) is
disengaged. The film will remain stationary because none of Spool, Sprocket and Counter
works. Only Charge Lever (0150) will work and charge Shutter (2091), making multiple
exposure feasible. Immediately after the start of the operation of Film Advance Axis
(0160), Film Advance Nail Spring (3029) will make Film Advance Nail Lock Plate (3070)
move in the direction of the arrow mark and check Film Advance Nail (3014), and thus
adquate multiple exposure will be ensured.
(Release)
Advance Film Advance Lever (0340) for about 130°, and (b) of Multiple Exposure Lever
(0350) will be pushed by (a) of Multiple Exposure Rewind Plate, and (d) will be pushed
back in the opposite direction to the arrow mark until it becomes coupled with (с).
- When Multiple Exposure Lever (0350) is pushed back, Multiple Exposure Operation Lever
(3059) will become free, and Film Advance Cancellation Spring (3055) will make Film
Advance Cancellation (0170) work in the opposite direction to the arrow mark.
. Immediately before the complete return of Film Advance Axis (0160), Film Reversion
Check Nail B (3065) will make Film Advance Nail Lock Plate (3070) move in the opposite
direction to the arrow mark. Then Film Advance Nail (3014) will be released, and Film
Advance Nail (3014) will return to (h) of Film Advance Gear (3023). Thus with the release
of multiple exposure, preparations for the film advance operation will be completed.
Film Advance Lever Operation
Shutter charge completed =
Over-charge amount —
Return of film advance lever possible
ai
Multiple
exposure
156" 40° 158° 40'
lever operates
Film advance lever (0340)
Multiple exposure rewind plate (0314)
Y Multiple exposure lever (0350)
b
5 f
E
0 Multiple exposure
€ a”
т operation lever (3059)
Multiple exposure axis (3054)
Film advance gear (3023)
A
h — ai i Moves in the Direction
of the arrow mark on a
the strength of film a
advance nail spring Bs =
(3029) Moves in | 5
of the arrow mark
=
X= Shutter (2091)
Charge lever (0150)
the direction
sl
i 2.
<>
Film advance nail — @ : D
lock plate (3070) na
=
| last e
АС
Si" >
Film advance axis (0160)
Film advance nail (3014).
Film advance cancellation (0170)
Film advance cancellation spring (3055)
4. Release of Shutter
Shutter button (2031) Shutter button guide ring (2035)
Shutter button
base plate (2032)
Top cover (1003)
Start es
Shutter button lock lever (2025)
Untimely exposure preventive shutter _— |
button is locked
Shutter button axis (9220) Shutter dial base plate (2004)
B Lever (2023)
Release middle plate (2039) Upper surface of the shutter button |
base plate
Off position of the SW EZ ———
Body (1001)
) N Switch contact (4280)
N SW2" Switch base (4279)
Release plate guide axis (9016)
Body release lever (Shutter)
Release position
Shutter axis (2036)
Stop position of the shutter button ==
Full stroke of the wire sabe — >
Release plate (2038)
Shutter axis spring (2037)
Untimely exposure preventive
lever (3056)
5. Operation of Self-Timer Lever
1. The lever will return within the range of (1),
but the shutter won't be released.
2. The lever will return within the range of (2)
without pressing the self-start button, and the
shutter will be released.
3. The lever won't return within the range of (3).
If, however, the self-start button is pressed,
the lever will return and shutter will be relea-
sed.
4. The lever won't return within the range of (4),
It won't work even if the self-start button is
pressed.
9. (5) indicates the useable range of the sume
lever.
6. (6) indicates the full operating angle of the
self-timer lever.
6. Shutter System
WA. Charge System
1. Set Lever will be charged in the direction of
the arrow mark by operating Film Advance Mirror return hook
Lever (0340).
2. Release Plate (b) will be pushed and charged Release plate
by Set Lever (f) in the direction of the arrow
mark, and (b') will be stopped by Release Le-
Mirror
m. (eV, Release lever 7 e y
3. Control Lever (j) will be pushed and charged
by Set Lever (f’) in the direction of the arrow
mark, and Control Lever (j) will be stopped by
Control Stop Lever (g).
4. After stopping Release Plate and Control Lever, Mirror return lever
Set Lever will return to its original position.
5. Release Plate will: (i) have (b) free Control
stop Lever; (ii) have (b) push Mirror Return
Stop Lever (е’), disengage Mirror Return Le-
ver (d) and Mirror Return Stop Lever (e), and
free Mirror Return Lever; and (iii) have Mir- lowe nie нех Thy Magee e
ror Return Hook (a) charge Mirror Return (>
a
be
в —
== an
Mirror return stop lever i
e inc"
Lever (а’). № "|
6. Control Lever will: (i) have (К) charge First KW je
6 Blade Moving Lever (n ) in the direction of the
arrow mark, have First Blade Stop Lever (m) =, 2
stop (n), and charge First Blade; (ii) have (i) TL
/
Set lever
charge Rear Blade Moving Lever (|) in the Signal lever ,
direction of the arrow mark, have (o) stop Rear
Blade Stop Lever, and charge Rear Blede; (iii)
have (Г) push and charge Signal Lever (г) in aN”
the direction of the arrow mark; (iv) have (h) stop lever
push and move Trigger SW Lever (q) in the
direction of the arrow mark, and turn off Tri-
gger SW; and (у) have (h’) disengage and move Trigger switch lever
Hold Lever (p) in the direction of the arrow
mark, and have Hold Lever (p') push Iron Piece
ontrol stop lever
Control lever
Trigger switch
base plate
Lever (t) in the direction of the arrow mark.
7. Iron Piece Lever (t) will push and charge Sig-
nal Stop Lever (s) in the direction of the arrow
mark, preparations will be made for stopping
Hold lever
Rear blade =” а |
stop lever
Signal Lever; and thus the charging operation
will be completed.
First blade moving lever
1.
=
Electric Shutter System
When Shutter Button is released, Release Lever will move in the direction of the arrow
mark and will be disengaged from Release Plate. Then Release Plate will move in the
direction of the arrow mark. |
. The movement of Release Plate will have Mirror Moving Lever work and kick up Mirror
Operating Lever (on the side of Mirror Box). Thus Mirror will be moved up, SW 5
and Magnet will be turned on, and Iron Piece Lever will be attracted.
. The movement of Release Plate will have (a) push Control Stop Lever (c’) in the direc-
tion of the arrow mark and disengage (c) from Control Lever (d), and Control Lever will
move in the direction of the arrow mark.
. The movement of Control Lever will: (i) have (d') push First Blade Stop Lever (g) in
the direction of the arrow mark, disengage it from First Blade Moving Lever and have
it move in the direction of the arrow mark, and First Blade will start moving; (ii) simu-
Itaneously with the start of exposure, have (f) push and move Trigger SW Lever (К) in
the direction of the arrow mark, turn on Trigger SW, and have the counting of Electric
Shutter started by the second; (iii) have Signal Lever (m) move in the direction of the
arrow mark along (e’) and release Mirror Lock Lever (on the side of Mirror Box); and
have (e) push and move Hold Lever (j) in the direction of the arrow mark, release contact
between (j) and Iron Piece Lever (n), and keep Iron Piece Lever idle due to its
attraction to Magnet.
. With the completion of the counting of Electric Shutter by the second, Magnet will be
turned off, Iron Piece Lever will be released, and it will move in the direction of the
arrow mark. |
. The movement of Iron Piece Lever will have (п) push Second Blade Stop Lever (i) in the
direction of the arrow mark, release and move Second Blade Moving Lever in the direction
of the arrow mark, and have Second Blade start moving. Thus exposure will come to an end.
. Immediately before the completion of the running of Second Blade, Second Blade Moving Lever
will have (h) push and move Mirror Return Lever (b’) in the direction of the arrow mark.
. The movement of Mirror Return Lever will have (b) push Mirror Return Hook, release
Mirror Moving Lever, and have Mirror come down.
Signal System for Shortage of Voltage of Power Source
- When the voltage of the power source falls below a certain level, Magnet won't be turned
on even if SW 5 is turned on, and Iron Piece Lever won't be attracted. With the move-
ment of Hold Lever, therefore, Iron Piece Lever will move in the direction of the arrow
mark. Second Blade Moving Lever will move before the movement of First Blade Moving
Lever, and Shutter won't open.
. The movement of Iron Piece Lever will release Signal Stop Lever from (п), and enable
Signal Stop Lever to move in the direction of the arrow mark. Since (p) stops Signal
Lever (0) which moves along Control Lever, Mirror Lock Lever (on the side of Mirror
Box) won't be released, and Mirror will remain upward.
- Refer to Explanation on Mirror Box System and Signal Release System for Shortage of
Voltage of Power Source for information on the releage of Mirror Lock.
Mirror moving lever
Release plate
Release lever
Mirror return hook
St
Mirror return lever
Mirror return stop lever
Magnet
[ron piece lever
Control stop lever
Signal stop lever
с
Trigger switch leve | Control lever
Trigger switch
Hold lever
Second blade stop lever
Second blade moving lever
First blade moving lever
D. Operation and Synchronizing System of FP Contact
FP Contact Lever before the charging is checked by Mirror Return Lever (h) and prevents O
the movement of FP Contact Lever in the direction of the arrow mark.
(Charge)
1. When the charging of Set Lever starts, Release Plate will be charged in the direction
of the arrow mark. Release Plate (a) will move Control Lever in the direction of the
arrow mark, and (c) will stop FP Contact Lever (d).
2. With the charging of Release Plate, Mirror Return Lever will move in the direction of
the arrow mark, and FP Contact Lever is going to move in the same direction. However,
since FP Contact Lever is stopped by Control Stop Lever beforehand, FP Contact Lever
will be prevented from moving in the direction of the arrow mark.
3. When Set Lever is charged further, (e) will stop FP Contact Lever (g).
4. When Control Stop Lever stops Control Lever, Control Stop Lever will move in the
opposite direction to the arrow mark and the engagement between (c) and FP Contact
Lever (d) will be released. However, since FP Contact Lever (g) is stopped by Set
Lever (e), FP Contact Lever will be prevented from moving in the direction of the arrow
mark. |
5. Control Stop Lever will stop Control Lever and also stop FP Contact Lever again.
Release Plate (b) will be stopped by Release Lever (f), Set Lever will return to ıts
pre-charged position, and thus the charging of FP Contact will be completed.
(Operation)
1. When Shutter is released, Release Lever (e) will be released and Release Plate will
move in the direction of the arrow mark. (d) will push and move Control Stop Lever
(c) in the same direction. »
2. The movement of Control Stop Lever will release FP Contact Lever (f), which will, in
turn, move in the direction of the arrow mark. Then FP Contact will be turned on.
3. Second Blade Moving Lever will move in the direction of the arrow mark.
Immediately before the completion of the running of Second Blade, (a) will push and move
Mirror Return Lever (b) in the direction of the arrow mark, and (h) will push and move
FP Contact Lever (g) in the opposite direction to the arrow mark. Then FP Contact
will be turned off.
(Operation)
(Charge)
Second blade moving lever
Second blade
moving lever
FP Contact lever me | FP Contact
FP Contact lever Mirror return lever
Release lever
Release lever —— Release plate
Set lever
Set lever
10
E. Operation and Synchronizing System of X Contact
Contact Lever before the charging will be stopped by Second Blade Moving Lever (a), and
Contact Lever will be prevented from moving in the direction of the arrow mark.
(Charge)
>< 2<
1. When the charging of Control Lever starts, First Blade Moving Lever will be charged
in the direction of the arrow mark. First Blade Moving Lever (b) will release and move
X Connecting Lever in the direction of the arrow mark, and (c) will stop X Contact
Lever (d).
2. The movement of Control Lever will move Second Blade Moving Lever in the direction of
the arrow mark. X Contact Lever is going to move in the direction of the arrow mark,
but won't be able to do so because it is stopped by X Connecting Lever beforehand.
3. The further movement of Control Lever will stop First Blade Moving Lever and Second
Blade Moving Lever. Thus the charging of X Contact will be completed.
(Operation)
1. When Shutter is released, First Blade Stop Lever (e) will be released and First Blade
Moving Lever will move in the direction of the arrow mark.
Immediately before the completion of the running of First Blade, First Blade Moving
Lever (d) will push and move X Connecting Lever (e) in the direction of the arrow mark.
2. The movement of X Connecting Lever will release X Contact Lever (f), which will, in
turn, move in the direction of the arrow mark. Then X Countact will be turned on.
3. Second Blade Moving Lever will move in the direction of the arrow mark. Immediately
before the completion of the running of Second Blade, (a) will push and move X Contact
& Lever (b) in the opposite direction to the arrow mark. Then X Contact will be turned
off.
(Operation)
(Charge)
Second blade moving X Contact
lever
ever
blade stop lever
X Connecting lever X Connecting lever
First blade
moving lever
First blade moving lever
F. Mechical Shutter System
When Shutter Speed Dial stays at the auto or the manual (4-1/1000 sec.) position, Mech. E
Time Operation Lever (on the side of Body) will move in the direction of the arrow mark.
Mech. Time Lever (b) will be pushed and suspended by (a).
When Shutter Speed Dial is positioned at X or B, Mech. Time Operation Lever will be
released.
(Charge)
1. When the charging operation starts, First Blade Moving Lever will be charged in the
direction of the arrow mark. First Blade Moving Lever (f) will release and move X
Connecting Lever in the direction of the arrow mark.
2. The movement of X Connecting Lever will release and move Mech. Time Lever in the
direction of the arrow mark. Iron Piece Lever will be pressed to Magnet in the direc-
tion of the arrow mark, and Mech. Time Lever (d) will suspend Iron Piece Lever (c).
(X Operation)
1. When Sutter is released, First Blade Moving Lever will move in the direction of the
arrow mark. Immediately before the completion of the running of First Blade, (d) will
push and move X Connecting Lever (e) in the direction of the arrow mark.
2. The movement of X Connecting Lever will enable (c) to push and move Mech. Time
Lever (b) in the direction of the arrow mark. The engagement (f) with Iron Piece
Lever will be released, and Iron Piece Lever will move in the direction of the arrow
mark. Then the suspension of Second Blade will be released,
(B Operation)
1. When Shutter Speed Dial is positioned at B, the suspension of B Lever (on the side
of Body) will be released. O
2. When Shutter is released, B Lever will move in the direction of the arrow mark. Iron
Piece Lever (a) will be suspended. Even when the engagement (f) of Mech. Time Lever
and Iron Piece Lever is released, Iron Piece Lever will be prevented from moving in the
direction of the arrow mark.
3. When Shutter Button moves up, B Lever will move in the opposite direction to the arrow
mark, and the suspension of Iron Piece Lever will be released.
(Charge) (X.B Operation)
— Mech, Time
operation lever
Mech. Time
Ÿ operation lever
|
Iron piece lever
Iron piece lever
B Lever \ B Lever
Magnet
Mech. Time lever Mech. Time lever
X Connecting lever
First blade
moving lever
First blade
moving lever
7. Mirror Box System
@: Mirror Retaining System at 45°
Connection Plate remains free before or after the Fig-1
film advancing operation. Mirror Operation Lever Mirror angle adjuster plate (5131)
will be pushed down in the direction of the arrow
mark. On the strength of Mirror Return Spring.
Mirror Holder, coupled with Mirror Operation Lever Mirror angle
(a), will be retained 2 Mirror Angle Adjusting Plates, ‘ivsting plate (0514)
Mirror Angle Adjuster Plate and Mirror Stopper,
and mirror angle will be kept at 45°. (Fig. 1)
Mirror angle adjusting
plate (0514)
Mirror holder
Mirror operation | ù
B. Mirror Lifting and Lowering lever (0550)
System Connection
plate (5117)
When Shutter Button is released, the engagement
(c) of Release Lever and Release Plate will be A 2 E
released. Simultaneously with the movement of с f MA) Mirror return spring (5122)
Release Plate in the direction of the arrow mark, ¡>
Mirror Movidg Lever will move and (b) will push
up Connection Plate. Then Mirror Operation Lever
will move in the opposite direction to the arrow
mark, and (a) will lift up Mirror Holder. (Fig. 1) Release lever
When Last Blade closes following the operation of
Shutter, Mirror Moving Lever will become free.
Mirror Operation Lever will be pushed down in the
direction of the arrow mark on the strength of
Mirror Return Spring, and (a) will lower Mirror
UA po: г. (Fig. 1) | : = о »
C. Signal Cancellation System for SY % i о a
Shortage of Voltage of Power
Source
When Shutter is released below a certain level of
the voltage of the power source, it won't open and
First Blade and Last Blade and Last Blade will
run simultaneously. With a view to giving an alarm,
Mirror moving lever
Release plate
Mirror holder
Signal cancellation lever
Mirror lock lever (5135)
therefore, Signal Lever (c) won't be released, Mirror operation lever (0550)
Mirror Operation Lever will be suspended by Mirror N
Lock Lever (d), and Mirror Holder won't come down. N
When Shutter Speed Dial is positioned at B or X,
Signal Cancellation Lever will move in the direction
of the arrow mark, and (a) will push and move Mirr-
or Lock Lever (b) in the direction of the arrow
mark. Fig-3
Then the engagement (d) will be released, and Mirror
Holder will come down. (Fig.2) (Refer to Electric
Shutter System.)
D. On-Off System of SW5
The movement of Connection Plate in the direction
of the arrow mark will enable Mirror Operation Mirror operation
‚Signal lever
Lever to move in the direction of the arrow mark, fever (0550)
(a) will also move Auxiliary Brake in the same
direction, and both SW5 and Magnet will be turned Connection
on. Immediately before the completion of the lowe- plate (SIM,
ring of Mirror Holder, Mirror Operation Lever (a) SW.5
will move Auxiliary Brake in the opposite direction
to the arrow mark, and both SW5 and Magnet will
be turned off. (Fig.3) (Refer to SW.)
brake (5146)
Auxiliary
12
13
E. Automatic Diaphragm and Return System
When Connection Plate begins to move in the direction of the arrow mark, Return Lever will
move in the same direction via MP Moving Lever. P Lever Adjuster Pin will move Preset
Lever in that direction, too, via P Connection Plate. Then Lens Side Preset will be freed, and
the lens will be set to the prescribed aperture.
The movement of Return Lever in the direction of the arrow mark will be retarded by P Brake
Lever, Wheel G and Fly Wheel, and the aperture of the auto preser lens will be stabilized.
When Last Blade closes following the operation of the shutter, Return Lever will move in the
opposite direction to the arrow mark and shift Preset Lever in the same direction via P Con-
nection Plate and P Lever Adjuster Pin. Then Lens Side Preset will be pushed back, and the
diaphragm will be opened.
F. On-Off System of SW2, SW3 and SW4
The movement of Return Lever in the direction of the arrow mark will shift SW Change Lever
in the direction of the arrow mark via Change Lever Pin A. Then SW 2 and SW 3 will be
turned off, while SW 4 will be turned on. When Return Lever is released following the opera-
tion of the shutter, SW 2 and SW 3 will be turned on, while SW 4 will be turned off.
G. Diaphragm and On-Off System of PV SW
When Preview Button is pressed, the open light measurement will become possible. When the
button is pressed further, Lens Opening Retention Lever will move in the direction of the
arrow mark. The suspension of Diaphragm Plate Axis B will be released, and Diaphragm Plate
will move in the direction of the arrow mark and shift Prest Lever in the same direction via
Diaphragm Pin, and light can be measured through the diaphragm.
The movement of Diaphragm Plate will enable P Lock Lever to move in the direction of the
arrow mark. Preset Second Lever will be suspended, and the operation of the mirror will
be retarded when an aperture is set.
When light is measured through the diaphragm, Preview Button will remain unpressed. When
it is pressed, Lens Opening Retention Lever wil] be suspended by Diaphragm Plate Axis B.
P Lock Lever will mover will move in the direction of the arrow mark, and the suspension
of Present Second Lever will be released, Preset Lever will move in the direction of the
arrow mark, and the open light measurement will become possible.
The movement of Diaphragm Plate will turn PV SW on and off. PV SW will be turned on f
for the open light measurement and will be turned off for the light measurement through the
diaphragm. (Refer to SW.)
(On-Off System of SW 2, SW3 and SW4)
(Automatic Diaphragm and Return System)
Fly wheel
Fly wheel gear (2531)
5W.2
P Brake lever (2526)
5W.3
Lens side preset
a” ЗМ. 4'
мы,
a
P Lever adjuster (9313)
Preset lever (2504)
MP Moving
lever (5116) F Connection plate (2505)
Connection plate
(5117)
(Diaphragm and On-Off System of PV SW]
Lens opening
retention lever (2573)
Diaphragm plate axis B (9021)
Diaphragm plate (2572)
Diaphragm pin (9324)
Preset lever (2504)
Preview hutton
Preset second lever (2516)
Diaphragm plate axis В (9021
Lens opening retention lever (2573) A PV SW
Diaphragm plate (2572)
Ls
Preset lever (2504)
Preview button
я Preset
second lever (2516)
14
15
8. Exposure Interlocking System
When an aperture figure of Diaphragm Ring is set, Diaphragm Contact (4105) will get in
touch with Diaphragm Resistor (4118) via Diaphragm Pulley (0211). Then a resistance figure ©
corresponding to the set aperture figure will be set, and it plus the resistance figure on the
ASA side will be transmitted to the circuit side as the exposure factor.
Note: Diaphragm SW will be turned on only for the open light measurement.
9. Optical Layout
Variable resistance print base plate
Diaphragm contact
Diaphragm pulley
1. Indication of Shutter Speed
Shutter Speed Indicating Board
. [1
Shutter Speed Plane Mirror А sat
|
Shutter Speed Concave Mirror
|
Shutter Speed Plane Mirror B
|
Prism for Diaphragm, Shutter Speed and Infinder
|
Penta Prism '
| Connection ring Vy,
Eye-Piece Lens
Y
Diaphragm Ting
2. Indication of Aperture Figure
Diaphragm Ring
|
Prism for Diaphragm and Infinder
|
Concave Mirror for Indication of
- "Shutter speed indicating board
Aperture Figure indicating boar
! “Shutter speed plane mirror A CdS = Prism for CdS
Prism for Diaphragm, Shutter
= Shutter speed
Speed and Infinder olans: mirror B -Eve-piece lens
| Aperture indicating
concave mirror
Penta Prism
|
Eve-Piece Lens
DS
ano?
Shutter speed
concave mirror
Prism for diaphragm A
and infinder
“Y
E
Penta prism
Prism for diaphragm. shutter
speed and infinder
10. Explanation of Light Measuring Principle and
Circuits
Override — | | Diaphragm |
| Addition H
¡q
| Addition |
]
Г Addit: ] | Brightness
SELON of object
| Indi j |
ndication |
|
M -
( Meter ) emory switch
Memory
L
| Logarithmic Extension |
Manual 5 | А
Resistor M Y
| First switching |
Batter 1
y | Retardation |
checker 1
| | Second switching |
C eal ) ( Magnet )
A. Summary
e Light Measuring Systems
The measurement of light is roughly divided into 2 systems-the TTL light measuring system
as represented by X-1 (XM and XK) and the outer light measuring system by Hi-MATIC E.
In the case of the TTL measuring system, automatic exposure is possible only with the time
set circuit comprising the CdS and the condenser and with the switching circuit. The reason
is that the resistance value does not change or block light to the CdS.
In the case of a single reflex camera of the TTL measuring system, its circuits, if const-
ructed like those of the outer light measuring system, won't be able to achieve automatic
exposure, because its operation (automatic aperture setting and mirror operation) will change
or block light to the CdS. Therefore, it is necessary to memorize the results of the TTL
measurement immediately before the release of the shutter so that the effects of the auto-
matic aperture setting and the mirror operation may be prevented.
e Memory Systems
A variety of memory systems are conceivable. A system of charging the condenser with the
results of the light measurement and memorizing the charged voltage is adopted for XE as
well as for X-1.
In addition to this memory system, XE has a more complicated construction and needs more
accurate components and adjustments than cameras with lens shutters of the electronic
control type such as Hi-MATIC E and F, because it has wide ranges of the light measure-
ment and the film sensitivity, and because it requires the interchangeability of various
lenses and attachments.
e Automatic Exposure Control Systems
The automatic exposure control system for XE will be explained according to the block
diagram.
a. Light Measuring System
The automatic exposure control system for XE is the same as that for E-1. It is designed
to obtain adequate exposure by setting the ASA number, the aperture figure and the exposure
correcting figure and by automatically determining the exposure time on the basis of these
figures and the brightness of the object. First, it will mechanically add the ASA number
16
17
in which the rotary angle per step is logarithmically compressed at a certain constant
(graduations at equal intervals).and the exposure correcting figure, will add these figures
to the aperture which is logarithmically compressed as well as the ASA number, figure, via
the metal-covered resistor, and at the same time, will convert the sum into an electric
volume (voltage).
The electric value (voltage) will be added to another electric volume (voltage) in which the
brightness of the object is logarithmically compressed by the photoelectric converting part
(C part of the circuit) made up of 2 CdS and several resistors. The sum will be equivalent
to the exposure time, and will be charged to (memorized by) the condenser (C, of the E
part of the circuit). On the other hand, the exposure time will be indicated in the finder
by the meter via the indication circuit.
b. Control System
Next, when released, the light measuring output point and the condenser (Cı) will be sapa-
rated from each other by the memory switch (D part of the circuit diagram), and the mea-
sured light quantity (voltage corresponding to the exposure time) immediately before the
release wil] be memorized.
Light to the CdS will be converted by the automatic diaphragm and the mirror operation.
Even when the light measuring output voltage may change because of the blocking of light,
the charged voltage of the memory condenser (C,) won't be affected and the memory will
be accurately kept. When the operation of the camera advances further, the first curtain
will begin to run, the relative trigger switch will work, and the memorized quantity (loga-
rithmically compressed quantity) will be converted into a logarithmically extended current.
Then the current will be charged to the condenser (C;). When the voltage reaches a certain
level, the first switching circuit (F of the circuit diagram) and the delay circuit (I of the
current diagram) will work one after another. After a certain length of time, the second
switching circuit (J of the circuit diagram) will work, the current of the magnet (K of the
circuit diagram) will be cut off, and the second curtain will run. Thus the exposure will
be completed.
e Manual Time
In the case of the manual time, the memory will be switched from the logarithmic extension
circuit (F of the circuit diagram) to the manual resistor (G of the circuit diagram) in
order to form the CR time set circuit. Then the exposure will be controlled in the same
way as the automatic control system.
Note: Exposure correction means an increase or decrease of a certain figure (up to 2Ev)
to or from the standard exposure in the case of automatic photography. For example, a “ЕТ”
exposure correction means to add 1Еу to the standard exposure.
B. Logarithmic Compression and Addition
e Logarithmic Compression
Logarithmic compression is necessary to determine the adequate exposure. Variations are
usually given in the manner of geometric progression to those in the ASA number, the
aperture figure, the exposure time, etc. (For example, 2Ev, 4Ev- + + are given to IEv,
2Ev- - - , respectively; 25, 50, 100, 200 - - - for the film sensitivity figure; and 1 sec.,
1/2 sec., 1/4 sec + + + for the exposure time.) Since the power source needs a high voltage
to convert such figures that will change in the manner of geometric progression, no camera
can practically afford to have so high a voltage. Then it becomes necessary to convert
variations in the Ev figure to those given in the manner of arithmetical progression (for
example, 1Ev, 2Ev, 3Ev» + - to 1, 2, 3+ + - ). This sort of conversion means logarithmic
compression.
(Example) If the exposure time of 1~1/1000 sec. is converted into a voltage at the rate
of 0.1V per second without giving logarithmic compression, 1/1000 sec. will
be:0.1V x 21=102.4V. If, however, 1/1000 sec. is logarithmically compressed,
the obtained figure will be:0.1V x 10=1V, or less than 1/100 of the 102.4V.
This small figure is quite practical for cameras.
An explanation will be given about how the following factors can be logarithmically compr-
essed:
a. Film Sensitivity, Exposure Correction and Aperture Figures
As mentioned before, the ASA number changes in the way of 25, 50, 100, 200- - - When the
set dial is graduated at equal intervals (rotary angle per step), the rotary angle of the
dial will respond to the shift of the brush of the metal-covered resistor with a linear
property (A and B of the circuit diagram), and these figures will be converted to resistance
values (voltages) which change in the manner of arithmetical progression. Similar methods
are used for the exposure correction figure and the aperture figure.
b. Brightness of Object
As apparent from the circuit diagram shown later, in the photoelectric conversion circuit
(C of the circuit diagram) comprising 2 CdS and several resistors, the brightness of the
object will be electrically converted and logarithmically compressed thanks to the special
property of these CdS and the special construction of the circuits. No diode or transistor
is used for logarithmic compression.
c. Exposure Time
The exposure time will be memorized as the logarithmically compressed output of the light
measuring circuit by adding the before-mentioned factors in the manner of logarithmic
compression.
e Addition
As stated previously, all factors in determining the adequate exposure are added in the
manner of logarithmic compression. First, the ASA number and the exposure correction
figure will be mechanically obtained.
Then they will be added to the aperture figure and the total will be electrically converted
simultaneously via the metal-covered resistor (A and B of the circuit diagram).
Further, the addition of the total to the brightness of the object will be electrically made
in a circuit with IC-B as the nucleus. This sort of mechanical adding system is called
the adding system, while that of electrical adding system is called the addition circuit.
C. Memory
Since light is measured after its passage through the take lens, its reflection on the
mirror, and its passage through the focus plate, light to the CdS is changed or blocked by
the automatic diaphragm and the mirror operation. Therefore, it is necessary to withhold
the light value measured immediately before the release operation in connection with the
operation itself. The memory means to withhold the measured value.
In the case of XE, the condenser С, (E of the circuit diagram) will be charged. The
memory switch (D of the circuit diagram) will open along with the release operation, and
the charged voltage will be withheld (memorized). This sort of circuit is called the memory
+ circuit.
D. Logarithmic Extension
As mentioned before, the electric volume (voltage) corresponding to the exposure time is
memorized in the form of a logarithmically compressed figure. Therefore, the volume must
be converted into an adequate exposure time (1, 1/2, 1/4 sec. or else). This sort of conv-
ersion is called logarithmic extension (or simply extension). In the case of XE, the memo-
rized voltage will be converted into a current in the manner of logarithmic extension by
utilizing the special property of the transistor (F of the circuit diagram). The condenser
C2 constituting the time set circuit will be charged with the logarithmically extended
current, and the control of the magnet will convert the current into the required exposure
time via the subsequent switching circuits.
E. First Switching, Delay and Second Switching Circuits
Generally speaking, the adequate exposure time cannot be easily obtained for the focal
pressure shutter simply by electrically controlling the time (lms in the case of 1/1000
sec.) corresponding to the exposure time, because there is an overlap between the first
and the second curtains. Therefore, the circuit construction is in the operational order
of the first switching circuit, the delay circuit and the second switching circuit.
In conjunction with the logarithmically extended part (E of the circuit diagram) and the
time set circuit comprising the condenser C2 or the manual resistor (G of the circuit
diagram) plus the condenser Cz, the first switching circuit (H of the circuit diagram)
will control the time (lms in the case of 1/1000 sec.) equal to the exposure time. The
combination of the delay circuit (I of the circuit diagram) with the second switching
circuit (J of the circuit diagram) will delay a certain length of time (constant irres-
pective of the exposure time) equivalent to the “zero” time of the overlap between the
two curtains, and will obtain the exposure time by controlling the magnet. This delay
action is mechanically possible by making the operation of the trigger switch well timed,
but is much easier by an electric method. This is the reason why the electric delay
circuit is used as shown in the circuit diagram.
F. Indication Circuit and Meter
The indication circuit is intended to amplify the output of the addition circuit and to
operate the meter inside the finder.
G. Manual Resistor
In the case of automatic exposure, the first switching circuit will be controlled by a
signal received from the extension circuit. In the case of manual exposure, however, it is
connectec with the Ch cime set circuit. In this case, a resistance value (1/1000 sec. is
small and 4 sec. are large) equivalent to a certain exposure time (shutter speed) will be
set to the condenser C.
H. Battery Check Circuit
The battery check circuit is intended to check the voltage of the power source. The lamp
will light within the range (voltage) of the accurate control of the exposure time. The
consumed current is the same as what is consumed for the operation of the camera. The
lamp will light up to about 2.0V.
20
11. Circuit Diagram and Properties of Switches
po om de
LL R, ‚ Ra | 2
| { |
SRI IR; BR: ji
ET
1 4 013 | | dio L
Г. ; 4 “
: =
mer’. aa dl
| CORRE ----
i
ab
LA
"1 E
A: Aperture Figure F: Extension K: Magnet
B: ASA Number and Exposure G: Manual Resistor L: Battery Checker
Correction Figure H: First Switching M: Meter
C: Brightness of Object |: Delay N: Indication
D: Memory Switch J: Second Switching
E
: Memory Condenser
Cı : Memory Condenser (2. 2yuF) Rio: Semi-Fixed Resistor (68K) for Setting
C2 : Condenser (1.0uF) for CR Time Trigger Level upon Manual Exposure
С; : Condenser (0.14F) for Delay Circuit Ris: Resistor (1KN) for Battery Checker
C, : Condenser (0.05wF) for Prevention Rie: » (630 (1) »
of Reverse Generation of Magnet Ri: Semi-Fixed Resistor (40KN) for Delay
D : Diode for Setting Trigger Level
upon Automatic Exposure
La : Checker Lamp
21
| | | | rati | Before | During After
Mark | Name | Operation | ia ot | Release | Exposure | Exposure
or OES EE eee ae A ef ee eee ee | e ge m ne en
| 51 T Main Switch | The liht measuring | (Interlocked with the main (ON) ı (ON) | (ON)
: | operation starts when Г switch. ) i |
| | automatic light the |
| | measuring circuit is | | |
| | turned on. | | | |
| | The meter indicates the ' | | |
| | shutter time. (The A base | |
Lo dad rd died
S; | Memory Switch S ¿ will keep the memory To return immediately ON OFF | ON
even after S'¿ returns. after the completion of |
| the exposure. (Interloched |
| with the mirror operation |
lever.)
S% | Memory Second Switch This switch will be turned| To be turned off ee | ON OFF ON
off immediately before the | tely before the release
release of the shutter. of the shutter.
Then the logarithmically (Interlocked with the
compressed light value (Tv | shutter release axis.)
= Sv+ Bv— Av) will be
memorized by the memory |
condenser before
variations in the light
value to be caused by the
lifting of the mirror.
5з | Condenser Dischaarge This switch will enable The operation interval ON OFF ON
Switch the condenser to between Ssand За should
discharge its electric be stable.
load for both the manual | (Interloked with the
and automatic operations. | mirror operation lever.)
5% | Second Switch for Start To be turned on beforeS« OFF ON OFF
of Control of Exposure (Interlocked with the i
Time. mirror operation lever.)
54 | Switch (Trigger Switch) | This switch will start Chattering should be OFF ON OFF
for Start of Control of counting the exposure time! eliminated because it has (Completion
Exposure Time for both the manual and adverse effects on the of the film
automatic operations. stability of the shutter advance. )
speed. Even if chattering
' cannot be eliminated, the
shutter speed should
remain stable. (Shuuter
block)
Ss | Switch for Start of This switch will make the | To minimize chattering as OFF ON OFF
Attraction of Magnet magnet attractive. much as possible. (Inter-
(The B base plate circuit | locked with the mirror
is turned on.) operation lever.)
Ss Battery Checker Switch This switch will check the | (Interlocked with the
battery. battery checker lever.)
S; | AM(Automatic and manual | This switch will change (Interlocked with the
exposure)select Switch circuits for the automatic | shutter dial.) No relations
or the manual exposure.
Pv | Pre-View Switch This switch will prevent an
erroneous exposure opera-
tion upon the open lighe-
measurement or the mea-
surement through the
diaphragm.
FP | Switch for Ignition of This switch willignite the | To be turned on 11-15ms OFF ON OFF
Flash flash. before the run of the first
curtain, and to be turned
off upon the completion of
the run of the second curtain.
X Switch for Ignition of This switch willignitethe | To be turned on upon the OFF ON OFF
Stroboscope stroboscope. completion of the run of
the first curtain and to be
turned off upon the comple-
tion of the run of the
second curtain.
12. Explanation of Circuits
A. Control Circuit
When the main switch (S;) is turned on, the addition and the indication circuits will work,
and the meter's pointer will swing.
A constant current of 25#A usually flows through the addition circuit. The bridge circuit
comprising the light receiving element (CdS) and resistors (Ro. Roz. Rs, Rs’ and Ri) obtains
an output of 18mV per Ev.
The current of 25yA will be adjusted by Ri, the common terminal of the CdS (on the lens
side) will be opened (removed), and a decrease in the voltage of Вы will be measured.
That is to say: 25(4A)X15. 5(KM)= 25 x 10°°x 15.5 10°
— 387.510 *
= 387 .5mV
The constant current of 25uA will pass through Tru via the CdS circuit and join another
constant current of 8иА coming from Rz. Then the two (254A +84A=33u4A) will flow to
the earth via ASA (Rsv) and the diaphragm resistor (Rav).
At a resistance value of about 5409 per Ev, the slide resistors (Rsv+ Rav) will become:
5400 X 33 uA = 540 X 33 x 10°
= 18 x 10 (V)
= 18mV
Then they will transmit information on the ASA and the aperture to the addition circuit.
Rav and Rsv cause a problem because of a difference in their properties. For example, the
8-step conversion volume of Rav will be:540 N)x 8Х 33(„A) =540Xx 8 x 33 x 107% = 143 x 10 * (Vv)
=143(mV) However,the 7% difference in its property will cause an error: 143mV X 0.07 +
10 (mV) 10/18=0.5Ev. Therefore, a constant current of 8yA will be corrected by Rz and the
output will be stabilized.
The output obtained in the addition circuit can be obtained from the midcontact point between
Rı and Rs in the CdS circuit.
The memory switches (Sz and S2), when turned on, will charge the memory condenser (С,)
with the output of the addition circuit.
When the shutter is released, each switch will work as shown in Table 1. When S” is turned
off, Cı will be separated from the addition circuit and memorize the given information.
When the shutter button is further pressed, the mirror moving system will work, Ss will be
turned on to activate the first switching, the delay and the second switching circuits, the
magnet will be energized, and the second curtain will be suspended.
Table- 1
Film advance completed —p— 5, ОМ, S: ОМ, 5: ОМ, S, OFF
5$: ON, 5. OFF, $, OFF
Ri
Release starts =
u A + Ry Constant current Menard —+— S:0FF
| Mirror operation starts —
у
«
3 Ви Magnet ON == 5; ON
> Cd
5 eS, ON
7 > S,, 5; OFF
R RL
oa Sy ON
Rs First curtain runs“
+
Second curtain runs
Mirror down =
Tril == 5: ON, 5, ОМ
— S, OFF
— Sy OFF
Shutter button returns == S, ON
cee AAA EA aa
Film advance completed a e rena J
The movement of the shutter mech. block will turn on Si (trigger switch) in connection with
the run of the first curtain, and C2 will start charging via the extension circuit.
On this occasion, the current will flow through the plus electrode, C2, Tr for extension, Sas
S’, and the minus electrode. The arithmetically compressed voltage against the brightness of
theobject, which was charged to C1, will be converted in the manner of geometrical progre-
ssion.
No. 10 and No. 6 terminals of the IC constitute the differential amplifying circuit (first
switching circuit) in the IC. No. 6 terminal (trigger level) will be usually stabilized at about
1.6V for the manual operation and at about 2.5V for the automatic operation.
When S, is turned on, the voltage of No. 10 terminal will decline because C2 is charged with
the 3V of the power source and will reach the same value as the trigger level of No. 6 ter-
minal. Then the differential amplifying circuit will turn reversely.
With the reverse turn of the first switching circuit, the delay circuit (C3) will be charged
via Riz. When the charged voltage becomes a half of the voltage of the power source, the
second switching circuit will turn reversely. Then the current of the magnet connected to
No. 13 terminal will be blocked, and the second curtain will run.
For the manual release of the shutter, the Rt tip resistance will arise from the extension
circuit by operating the A-M select switch, and the CR time set circuit will be made up of
С; and Вт. However, the circuit operation will be the same as that for the automatic rele-
ase of the shutter.
B. Meter Circuit
The meter circuit is designed to amplify the output of the addition circuit and to operate
the meter. It is contained in the IC for the light measurement and the memory circuits.
Its output is the memory voltage of No. 6 terminal and its imput is the voltage of No. 11
terminal. The swinging volume of the ammeter with an internal resistance of 1.2K varies
depending on the combination of IC, CdS, etc., but will be adjusted by Ro.
Table- 2
16a »
Manual
le
(Collector Zah =--------- 05055
current)
}
0.718 0.736 074 0,772
18m
Vee (Ci Charge voltage)
Part No. Page
Bi) SOT Dean ses 10
OS LOT rra 10
OB1-O112 A 9
08}. Nee 16
081-0116 ee 16
081:01 19 sn 17
DOLOR 18
081-0122 ++. «..«............ - 6
081-0195: 18
BER 16
081-0141 ++ .«........no.oo.... 10
BI. 16
081:0 1 1 1a 16
coser 16
81:01 Е 16
081-0150 ---++rerHe rer nenn 16
00120160 tires 17
031-0162 -rcccmonoreneneese 13
OA OST is 5
081-0171 escrocs nn en nenn 17
OU: 18
О-о... 17
081-021] ++ .*+......<.<..(c.... 6
081-0213 «+... ..=............ 6
081-0220 mar rn 6
081-023] ers en 6
Index
Part No. Page
C8) ET à coco oia 6
081-0250 ---- ern 9
081-0780 «rennen 7
081-0270 - ..eoo.ooommonanccna 7
081-0272 +... 7
081-0273 hen 7
081-0281 -.---- еее 17
081-0311 +++ Hr 9
081-031 nn 3
081-0314 ++... ..... eee ]
081-0315 «..+...=oo..omomomoco 13
081-0416 ++... .......o=....... 13
081-0317 +. .*....«.eomonoreos 13
081-0321 --................... À
081-0332 «...«eooooconnancrana A
081-0340 A 1
081-0351 еее. 1
081-0360 +»... «== «"=.====.... 3
082-0360 ern 4
081-0361 «++. ==....=..=....... 3
081-0370 -..-- +... еее. 13
081-0380 ++ «» «ro. oo.oo.o=.o.mo. 4
081-0390 ..--- еек A
081-0391 +... oonooommmnnaaans 4
081-0392..... +... иене. A
081-0420 +0... o.ooommmonnanans 1
Part No. Page
081-0499 orion 12
081-0840 ins 8
081-044] re 8
BEE 8
081-0251 rra 12
081-0452... неее: 12
OB1-0454 sr... 11
081-0455 -..-................. 12
081-0504 ---- еее 6
081-0511 ----- еее. 14
a ed eee eee 14
081-0513 «+. + rn nn 14
OB1-O514 cece eset .«e.oo.ooon.o. 14
081-0515 s--rcsrrossssnusseun 15
081-0516 ::-.-................ 15
081-0517 --- чении 15
081-0518 .-.--- еее 15
08160510 cxcrsscceessseneaenae 15
081.05 нана 14
081-0531 -- ен J
OAI OS y A 14
081-0540 «+0»... ..onmnonannnos 15
091-0550 curia 14
081-0571 screens 13
01 13
081-0574 ++... 13
Part No. Page
081-060 iris 6
081-0602 +++. «oosonornnoncanos 8
081-0603 4 . 2
081-0604 «+--+ esses cere een en A
081-0883 ---..sesscsssusu 11
081-2091 srrrmmemmemenessenens 9
OB1- 2291 +0... oooooommmmmnnnss 13
081-2491 ++. 13
81:40 т 11
081-1005 ++ ....eooommnacaranas ]
081-1006 +.oeomorrnnrenannnn so 5
A A 13
081-1010 + 5
081-1013 --- еее, 10
081-1014 не 13
iO erre 10
08131017 Suse 10
081-1019 +... ................. 5
0811070 sir 5
081-1021 ------- нь 5
081-1022... ++. 6
081-1023 IP CL 2
OB 162d A 10
081-1025 ++... ..mmmmmmmmmomo.. 10
Index
Part No. Page
BE Ten 10
054-1007 7: 10
081-1029 +. 13
OUI: TOM un 2
054-1034 sect ceeeeeneeeenenes 10
081-1035: 5
081-1037 -srrssssmessssusss su 5
581-108 een . 5
081-1099 een 5
РС e (à
081-1041 “¡rr 13
681-1042: mern nennen 3
DEIA 10
о A 2
081-1053 nn 2
031-1064 „ен 5
031-1067 nn 13
031-1068 +: еее 11
031-1073 и. 5
031-1074 crrcccecccteeeerceeee 5
081-1075 ++... «eeooooomononooa 13
054-1081 +... еее 5
054-1108 ++... o.oooooommmncoos 10
081-1111 ++... .oooooorooncom.. 10
031-1112 +... 10
Part No. Page
081-1119 -ecseceseeeeeeeeenees 10
Г ae 10
ER О 10
081-1135 +... ««........=.. 10
081-2002 2er 4
OB OO 7
A 7
08159008 ie 7
081-2009 sms 6
O81 8901 F eu “ 7
081-2021 ++... ..omomoo... 7
081-9058 nun 6
081-2024 ++... .========"== 6
081-2095 een 7
081-2028 «rccceseeeecreeeeeees 4
081-2000 screens 4
лек И 16
DEE RN 16
031-2207 vrrccresesesreeeeeens 13
081: du en 12
059-2265 +0ooncononnnnacnanon 13
een 13
A nn 13
081-2209 ........ Ир 2
Part No. Page
081-2270 rr 2
081-2271 cere c este tenner ene 2
081-2272 rr 2
081-2273 + еее. 9
081-2509 - еее» 15
OBLIGA 15
A NE 15
081-252] еее 15
081-2522 cece een cece eeneeees 15
081-2523 eee 15
081-2524 +... 15
054-2575 seen. 15
081-2576 + еее» 15
У ne 15
081-2579 TEILE FETTE 15
081-2584 + 11
081-3002 +... +. ]
081-3009 Sci |
168-3004 - +++ rss rennen nn nen 1
081-3007 -- 444, 16
081-3008 -- rss... 16
081-3009 - нение. 16
081-3011 - еее, 16
ORT ЗО aan 17
Index
Part No. Page
081-3016 + 18
081-3017 еее 17
OB1- 3019 rss. 17
081-3023 eee 18
081-3024 serons 18
081-3025 -.----- нение» 18
081: 3097 une 17
081-3028 .--- еее 17
081-3029... ..eomommmmmom... 17
081-3030 ++ «o... --- nennen 17
081-3044 cere cece ence ene nn 18
081-3035 +. еее, 18
081-3037 »+rrr seen nennen nn 18
081-3039 screens 18
081-3040 - + еее, 18
081-3041 ++: 17
081-3043 rene. 16
081-3045 seems 17
081-3047 esse. 18
081-3048 +... 18
081-3049 ----- еее. 18
081-3050 - + еее 17
081-3054 »-+++-H ern ens eunennee 17
081-3057 ++... еее. 18
081-3059 ++... essere cee c ee nenn 6
081-3063 ---- + -- еее ]
Part Мо. Раде
081-3064 ++ rrr sr Henn ]
081-3065 + +++. 18
081-3066 +++ rennen 1
081-3067 - ++. 1
081-3069 + eerremmmemnennennes 17
BET 17
081-3072 -- неее, ]
081-3073 -- еее, ]
081-3074 + rr 16
081-3075 +... еее. 16
012420] A 4
081-1300 A
A A 6
031-3308 Meee A
081-3311 +: еее. 6
081-3402. еее, 16
081-3409 ; еее 16
A A 16
081-3412 +... еже 16
081-3413 vccceceererereererees 16
081-3422 nun 17
081-3423 -ursureenneen seen 16
081-3424 +... .......m..o.. 17
OB1- 3425 srenseenenennnn een 16
Part No. Page
GB 16
OA In 16
ООО ann 8
Е 6
ido |
691.10 N 7
081: 4034 nn 8
081. ADAL .12
681-400: 12
BROS 12
nee nen 12
081-4050 +++... «..=...==.==.. 12
081-4052 ++... ........omo... 9
Е 9
081-4054 +... .......ommunnnmos 6
б-р 6
GBA
OO EE nee 6
lemas 6
SCL БК eer eer 4
081-4124 ++... ..«........... À
081-417 Haan 4
rre 4
09134 1 Nenn 4
Index
Part No. Page
081-4131 zrrrrenesereennen een 1
OA AT een 1
OBT- A120 ds 1
OO ok er 12
081-2954 run 15
081-4271 + еее 14
o conssocooneraeenconee 14
081-4277 .----- еее, 9
he teen 9
081-5001 <eseceesececeesn ene 15
08] Боб A 12
081-5005 ++... 11
Bu 14
091-5008 Haren 14
G81 = BOGE cres 15
081-5016 anne 12
081-5021 еек» 8
081-5022... non nun nn 8
081-5023 uses 8
08155030 ass 11
081-5031 <=. =osrsmssrerns 1
081-5033 еее ernennen |
081-5036 +. rorrrrrrcaraca nano 13
081504] ae 13
Part No. Page
081-5044 --+-+ Hr ern ren nn nn 13
081 13
091-5052: nase 12
081-5054 еее 13
081-5055 +... 13
081-5057 sesmseresseusesenesee 13
081-5058 nee 13
081-5059... еее 13
0812506) rames 13
081-5065 „еее 11
081-5075 +. «o .oooooomcanannos 13
031-5076 HH ern ern nn nn 12
DILO 14
OB1- 5109 +0... еее 14
081-5110 4-е, 15
061-5122 cnerseevereeraner sens 14
0815513] sean 14
081-5136 cerner. 14
061-51 dh 5a 14
081-5157 +. еее 14
081-5164 ++. ...o.ommmo. 14
OB1-5176 +... «oo. ...o..... 14
081-5177 eee 14
081: 5804 een 12
Part No. | Page
081-3803 Hessen 12
081-5806 + >". Hann 14
DOS 13
A 3
081-5819 ---.................. 4
A raras 12
081-8303 ---- еее 12
081-8304 --- .........==... 8
081-8305 +: еее 8
081-8306 - еее 8
081-8307 ---- +... .emooo.o 6
081-9308 ans 12
081-8309 : ++. sais 8
081-8312 css. 12
081-8313 eee ee 19
081-8414 +... ............. 12
081 EL 12
68-6316 romeo 12
081-8317 aus 12
081-8318 «cesser ss 12
0er 12
081-8320 -- .....oomommnananans 12
081-832]1:--................... 1?
081-8401 -- .............. 8
Inde x
Part No. Page
081-8402 ..-.-- еее 6
081-8403 cece censure. 9
081-8404 +... «e. ........... 6
OB1-BA05 +++... 7
001: ВО a 6
081-8407 «cesceeceeeeeeeenees 9
081-8408 ен 6
681-8209 Ahr 6
ÖBT-BAIO sr 9
081-8411 serres 9
081-841 2 rra 9
Отвали 6
GERT nn 9
081-8422 miese nn 6
Е 6
081 В au 14
081-8425 -»-«rrnusnesnunnanun 13
081-8426 +... 6
BERN 15
081-9004 ++ «reno. ooooononcanos 14
0er 14
081-9006 - +... ...oomomncconass 15
081-9007 --- еее 15
081-9008 eee 14
A PP 15
Part No. Page
0549010" 14
081-9011 Sr 14
081-9010 nennen 15
591-9001 ner 15
081-9015 еее» 11
081-9016 +++. ceees 9
18 1 KOO meses 6
08190] Baar 6
081-9019: 15
081:9020 aan 14
054-9021 - „еее 15
081: 9009 Arana 14
081-023 nennt 15
054-9020 Henn 13
081-9029 +... еее. ]
UCI NN merce 15
ЕО 16
081-9034 “rss. 16
RCD à LEO LE 17
DA < COSA nr 18
081-9037 .... еее 16
O81 S047 -<corrsssscnncnseneees 16
081:9 047 en 17
081-9046 «Hrn ernennen 16
BAUR 14
081-9049 +... 14
Part No. Page
08:95 9a 15
081-9101 -++--+- + 18
081-9102 +...
O81 ООВ ea 7
031-9110 eee comensnesenne 13
081:9111 ns 1]
OB a BUG ernennen 1]
054-9116 Henn 14
081-9117 rorscrososressorens ss 14
081-9121 +... .......ooonono. 1
ME ae 14
031:9 1. nn 14
059-9151 +... ooo eomommoccronos 5
A AR 2
081-9220... еее ]
081-9321... нежен 8
98125 8
081-9407 +4. 18
O81-941 3 -rermnerreseenene os 10
O81 TR 18
059-9422 rercoosnonenenentee se 13
081-9429 +... ma 14
Index
Part No. Page
081-9432 +. o... eer nennen 17
ORT FAI a 17
DATE rra 17
OEIL SAS EEE NS EAN 17
DTD ers 6
059-9455... еченьньные 7
Screw
9611-1416-0] +... A
9611-1420-07 .-. 7,9,13,14,15
9611-1425-07 en. 13, 17
961 1-1435-01 „euren 17
9511-1770-01 secs: &
9611- 1720-07 ==... Hr. Hr 17
9611-1725-01 een. 7,13
9611-1725-07 un. 6,9, 16
9611-1730-07 een 9,17
9611-1732-04 nennen 5
9611-1740-12 ren ]
2611-2020- OF еее 17
961 1- 2030-01 --............. 9
9611-2035 OF een 11
961 }-2045- биения 5
$9611:=2050-67 menu 17
9612-1423-01 +++. A
Part No. Page
9612- 1425-01» rennen. 9
961 2- 1720-01] men. 13
961 2- 1725-04 en: 5
9612- 1725-07 een. 10
9612-1730-01 nenne 6
9512. 1730-07 "0 6,11
981217390) seen 6, 11
9612- 1750-01 Herrn 11
961 2- 1760-01 +... + erh 9
9612- 2025-07 een 6
9612-2040-01 +... 16
9612- 2080-01 nn 10
9613- 1425-01 +, 7
POI 1729-4 Here 10
9613-1730-04 --:--:: rua... ]
9513 1740-01 He 13
9613-1745-01 +... .........- 2
9613- 2025-07 +... ..mm.mm..-- 6
7613-2035- 07 ее 6
9613- 2060-01 ++... .........- 16
9615- 1420-07 men teens 13
9615-143 0-9 rennen 13
2815-1730-07 He 13
9615- 1735-12 serres 10
9615- 2050-01 ++ ren - 10
9822.1720-01 +... ........... 6
Part No. Page
9691- 1735-01 -----.......... 12
9691-1735- 04 += Here re 1
9695- 1735-07 nen. 8
Coupling washer
9721-0080- 13 topnenrenses 13, 14
9721-0120-13 +... ........ 4,16
9721-0150-13 rs. 7,17
9721-0200-13 ++» 13,16
Steel ball
9758-0120-00 :::---......... 7
9758-0150-00 ::---....... 7:8
Washer
9790- 3258-50 -----.......... )
9790- 4180-50 ++... ]
9790- 5585-50 +++ +++» :.... 18
9791- 2135-50 ++... 4
9791-2650- 50 +++... 13
9791-4180- 50 +++...
9791-4258- 50 ++... 16
9791-5585- 50 ++... 18
Index
Part No. Page
9792- 3618-50 ++ +++... - 13
9792-4258-20 une. 16
9792- 4258-87 een. 1
9792-7194-20 serres. 18
O A 16
9793- 2660-20 ниче +, 16
9794- 7194-20 “тете, 18
Black body parts
084-0312 ++... ==... ....omm.... 3
084-0340 ++ еее 1
084-0360 +. .e.ooooomorommanana 4
085-0360... nn nenn nn 4
086-0300 ++ ++: еее 3
084-0390 ++... ...=...=.mo..o 4
084-0392 +... oooooomomnonanons 4
084-0420 +++... ...=o.=0mmmso 1
084-0604 --mmmmmsnonuns se ou À
OR TOUS sie 1
084- 1006 +. ++ 5
084-3003 ++... e. eoeoomoomno. “x 1
Part No. Page
08: 396 smc 4
084-9102 mn an 1
Screw
9612-1725- 19 eee 5
9613- 1730-12 ++ +............ 1
9691-1735- 12 nee 1
ХЕ (081-084)
ХЕ-! (082-085)
XE-7 (086)
081-3003-03 (
+ 084-3003 -01 e 081-5033-01
"081-9121 -02
A
o -5031-03
See Page. 4(2
168 -3004.-03
081-4131 -03
9790-4180-50 or a;
9791-4180-50 Y Sá
Y)
081 -0340-01
+ 084-0340-01 а
ь 4
>
081-3073-01
Y See Page.3 See Page. 4
y 5 081 -9102-01 (+ 3) gan
ei + 084-9102-01 :: 3; ай
# —
me See Page. 4 a
081-0420-01
+ 084-0420-01
bu ee See Page.3 _|_
El СТ?) 081-4110-02
9613-1730-04
+ 9613-1730-12 |
р 081-9220-01
\ 081-1005-01
’ ++ 084-1005-01
д 9613-1730-04 (> 2
+9613-1730-12 1x2
Part No.
San th У
081-0314-01
081-0340-01
081-0351-01
081-0420-01
081-1005-01
081- 3002-03
081- 3003-03
168- 3004-03
081- 3063-02
081- 3064-01
081- 3066-02
081- 3067-01
081-3072-01
081- 3073-01
081-4025-03
081- 4110-02
081-4131-03
081-4138-01
081- 4140-02
081-5031-03
081- 5033-01
081-9029-03
081-9102-01
081-9121-02
081-9220-01
9611-1740-12
9613- 1730-04
9691-1735-04
9790-3258-50
9790- 4180-50
9791-4180-50
9792-4258-87
Part Name
ah an 4 Fp
Multiple exposure rewind plate set #7 WKLRt yb
Film advance lever set EL +4 yh}
Multiple exposure lever set ¿MR LA—=+ $
Top cover set (Left) Езжу k(#)
Bottom cover F#/i—
Film advance lever coupling washer LIL —HÉTF
Film advance lever pressure # LifL/‘—i#2
Film advance lever spring washer № ЕХАЛИ 374
Stop plate Ar, v FH
Top cover packing k7/‘—PRB Sy +2
Film advance lever decoration ring #EHI*L/—-86n3%8
Decoration ring pressure plate fi) RIF 2 ih
Silencer seat УЕ
Film advance lever washer #EIfL7*-J y Y +—
Power switch lever 24/24 y: FL
Packing plate [HSER
Top cover pressure nut LEA’i-#iry»t
ASA operation knob adjust washer ASA#fE/ 7817 y y 1
ASA operation knob washer AS AMES 717 y y 4—
Change lever WAL,‘
Change lever leather i#L/<—HAR
Power switch lever axis ДУХ y: FL 8
Shutter dial set screw Yr yF7—TAVUIEDEA
Change lever screw i@L/’t-—UE2
Shutter button axis + 7—$
Phillips type screw +EARHA hd С
Phillips type screw +FXHRIMJ a С
Phillips type tapping screw +47RAH4°R97 y) ETRE
Adjustment washer MT y y + —
Adjustment washer #7 » Y +—
Adjustment washer #7 y Y +—
Washer M7 y > + —
Black body parts
084-0340-01
084- 0420-01
084- 1005-01
084- 3003-01
084-9102-01
9613-1730-12
9691-1735-12
Film advance lever set № БНТУ
Top cover set (Left) Ея’ ЕК)
Bottom cover F4+*—
Film advance lever pressure * ЕТ /*—i#Z%
Shutter dial set screw YvervF—FAVWIEDUA
Phillips type screw + 7° (IL) a С
Phillips type tapping screw +77 @°0R9 y URL
Unit
At
aol te
— = ш = = =
XE (081-084)
ХЕ-! (082-085)
XE-7 (O86)
081-1053 -01 *
081 - 605-01 i
de
=, =
Fr
—
081-2273-02-M
toes 14]
:081-2269-0]
—(081-2272-01
—(081-2270-01
—059-9455-0]
081 -2271-01
059-9179-01
—081-4277-02
081 -1032-01
Part No.
iS oo #7
081-0603-01
081- 1023-02
081-1032-01
059- 1052-01
081- 2269-01
081-2270-01
081- 2271-01
081- 2272-0]
081- 2273-02
081 - 4277-02
059- 9179-01
059- 9455-01
9613- 1745-01
081- 1053-01
Part Name
a on 2 Y
Penta. prism cover set “19H —t yh
Top cover packing E#’*—JHOMMuksty 44
Accessory shoe set plate 7?7t#1-F7a-Mitk
Accessory shoe TIA)
Hot shoe contact FL? Ra
Accessory shoe contact-A 2797 HBERA
Accessory shoe contact-B 2797 bith B
Accessory shoe isolation plate 7797 HERA
Accessory shoe contact pin 2497 ЕЖЕ
Direct shoe earth contact %41.7:2797,712-7-ARh
Accessory shoe pressure screw 2°97 bRHiPAEA
Accessory shoe isolation collar 7737 ЖЖ 5
Phillips type screw FARMA С
Accessory shoe spring T2++ 7 a2-Ifh
Unit
ХЕ (081-084)
ХЕ-! (082-085)
XE-7 (086)
081-0360-01
| Bie -| O81-1042-01
081-0361-01
082-0360-01
0481-0361-01
+ 084-0360-01__ e". ae
081 -1042-01
+ 085 -03 60-01 „= LE a
081 -0312-01
+ 081-0312-01
Part No.
Hm
081-0312-01
081-5816-02
081-5819-01
081-0360- 01
081-0361-01
081- 1042-01
082-0360- 01
081-0361-01
081- 1042-01
Part Name
E №
Name plate set sity Fk
Diaphragm value in-finder window MNAYTFTÄTI-R
Shutter speed light window SSHHR
ХЕ Top cover set (Right) XEb#*-tybk (4)
Counter window set #77 9—Rit > b
Top cover tape E» —MMT-7
XE-1 Top cover set (Right) XE-1Lk%—-+> 7b (4)
Counter window set 477%-—BH+t |
Top cover tape EI’-BREr-7
Black body parts
084-0312-01
081-5816-02
081-5819-01
084-0360- 01
081-0361-01
081-1042-01
085-0360- 01
081-0361-01
081- 1042-01
086- 0360-01
081-0361-01
081-1042-01
Name plate set mt yt
Diaphragm valve in-finder window M04 +77r4+9-B
Shutter speed light window SSMAR
ХЕ Top cover set (Right) XEE”’*-t»h (4)
Counter window set #77 9—Ri#t y |
Top cover tape 1 —(RM7-7
XE-1 Top cover set (Right) XE-1 4-44? (6)
Counter window set 277 9—Rif#t » |
Top cover tape LE%*—1kM7-—7
XE-7 Top cover set (Right) XE-7k%%-+>+? (4)
Counter window set #77 9—i#t 7b
Top cover tape ”/‘—-(R7—7
ХЕ (081-084)
XE-1 (082-085)
XE-7 (086)
ue 081-2002-01
081-3301 -02
+ 084-3301 -01
9612-1423-01 Y
081-0604-01 Lo.
Ф + 084-0604-01 u 081-3303-02
081 -0321-01
081 -2029-01
«>
9721-0120-13 к N 081 2028-02
9791-2135-50
081 -0332-01
081-4124-02
N
=
=
081-0391 -0] |)
eS
081-0380-01
081-0390-01
081-0392-01 * 4 084-0390-01
+ 084-0392-01
081 -4129-02
081-4127-03
081-4123-03
9611-1416-Olixa) 8
J
«De Part No. Part Name Unit
ETE: 2e E Bh AH
081-0321-01 Rewinding knob lever set #EL75r>7L’i-ry$ 1
081-0380-01 Top cover pressure set 1% i—Hitosy + |
081-0390-01 ASA ring set ASA')>%+t> pb ]
081-0391-01 ASA ring plate set ASA > 7itt + | ]
081-0392-01 Exposure adjustment control set AS AMME/7+4 1 ]
081-4129- 02 Exposure correction ring lock spring MEME Y > 03 7% 1
081- 4123-03 ASA lock plate ASAD 7 1
081-4127-03 Exposure correction ring click spring HUME » 77 y 7,14 1
9611-1416-01 Phillips type screw A FAR 3
081-0604-01 Shutter speed/Function Selector 3 + y Y9—Y 4 WE Yb
081-0332-01 Auto lock nail set 4-03 2Mt + р
081- 2028-02 Auto lock button #- 04783, |
081-2029-01 Auto lock spring #-t0,7A7FUvr7 |
9721-0120-13 Coupling washer #17 уха 1
9791- 2135-50 Washer #952 4— 1
081- 2002-01 Shutter speed dial >+%3-—AxYU-—FY4 xD 1
081-3301-02 Rewinding knob #KRL/7 1
081 - 3303-02 Rewinding knob lever spring #ÆL/2 ELA!) YY 1
|
1
081-4124-02 Exposure correction dial FMRE 74 УЛ
081-4130-02 Cover ring Mi!) 7
9612-1423-01 Phillips type screw +7 KH 42“H-bde 1
Black body parts
084-0390-01 ASA ring set ASA > %t>+P 1
081-0391-01 ASA ring plate set ASA‘) + 7#&t УТ 1
084-0392-01 ASA operation knob set AS AMfE/ TE» 1
081-4129-02 Exposure correction lock spring &#МЕС 7/7 1
081-4123-03 ASA lock plate ASAT y 7h |
081-4127-03 Exposure correction click spring НЕ 1) 7 7 /$4 1
9611-1416-01 Phillips type screw НРА АЛЬ С 3
084-0604-01 Shutter dial set хлор 1
081-0332-01 Auto lock nail set *—-hOy 7M
081- 2028-02 Auto lock button #4#-— bow 7#9y 1
081- 2029-01 Auto lock spring +—+*U3%171) 77 1
9721-0120-13 Coupling washer #7 > > + — 1
9791-2135-50 Washer Муна |
084-3301-01 Rewinding knob HL / 7 1
ХЕ (081-084)
ХЕ-! (082-085)
ХЕ-7 (086)
| See Page. 11
Nam lc GS
DN AS < 081-1006-02
N | > Sy | #084-1006-01
we OY 031-1073-03
| | ora
| / 031-1074 -02
o aN =
081-1021 IM
a \
081-1038-01 A а
9612-1725-04 (хз)
= + 9612-1725-12 (x 2}
081-1037-01 3
081-1036-02
031-0163-02
N
054-1081 -83— A
054-1081-85—
054-1081 -87 —
© 9611-1732-04 (x4
é
Part No. Part Name
on aris “oon % Fp
031-0163-02 Aperture coupling ring set if) > 7t yb
081-1006-02 Front cover = fij#7*—
081-1010-81 Baynet lens mount 2:/1L#7%271k
081-1019-02 Body leather (Right) жк (4)
081- 1020-02 Body leather (Left) Kr-Kk (15)
081-1021-01 Shield cap ШЕЕ
081- 1036-02 Self timer lever +NM73947-—L—
081-1037-01 Self lever key t17Li-+-
081-1038-01 Self lever bush лук
081- 1039-01 Self lever set screw +L7L/i—-iLHht
031-1064-04 Coupling ring washer #777 y Y + —
031-1073-03 Red dot frame iif /<— tHe
031-1074-02 Red dot кухни
054- 1081-81 Body-back adjusting washer (0.021) oa dd
054-1081-83 Body-back adjusting washer (0.05) EE RT y 7 +
054-1081-85 Body-back adjusting washer (0.061) e Te as
054-1081-87 Body-back adjusting washer (0.11) Mo RT Y 21
059-9151-04 Red dot screw Hi» /— BREA
9611-1732-04 Phillips type screw НЕА ЕЛЬ С
9611-2045-07 Phillips type screw +47 АЛЬ С
9612-1725-04 Phillips type screw +3282 АЛЬ С
Black body parts
084- 1006-01 Front cover ff +*—
9612-1725-12 Phillips type screw +FX(H$4 GE dal
Unit
XE (081-084)
XE-| (082:085)
XE-7 (086)
$ W22-1720-01 +2
i 081-2009-01
я
CD 081 -0213-01
8 9612-1735-01 1-2
| 9612-1730-07 +3 7
081-4019-02 0 | While Y | €
$ ЕЕ 081-8101-03 | |
081 -41 16-03
Red A sil: __ Block
Blues | =
Brawn | a
Red 081-4111-01 ES
|
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3 181 -8122-02
Do > Se, See Page. 8 |
IN 081-0231 -01 Г
“i Grange
081 -8123-02
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Block P | | 081-8409-03
Brown | 9 081-2024-01 "2 081 -8406-03
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Q 081 9017-01 | 7 081 -8408-03
| ii | 081-4054-01 и Y
081 -2023 2 Ÿ | Сов -9018-02 081-0232-01 € )
| 3 | $ 9611-1720-01 «2 081 -8413-01-|-~ |
sesh a. | a Ses Page. 79 | |
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| | 081-8307-03 081-0211-011-
| AO 081 -8402-03 | N |
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9612-2025-07% | 9613-2035-07 go
9611-1725-07 28 Y D
| | bs A 9613-2025-07 (=3
081 -0601-01
9612-1735-01 (2)
081 -3304-02
Part No. Part Name Unit
Maw НЕ Ab on Y E AH
081-0122-01 Rewinding bearing set KEL @hEt > + 1
081-3311-01 Bearing keeper tape HZ M7 —7 1
081-0211-01 Diaphragm pulley set #0 7—'—+ bp 1
081-0213-01 Brush holder set 752#L#-+. | 1
081-0220-01 В.С base plate set В. Cito } ]
081-8307-03 Battery checker lamp “*+7'-tava-FvT 1
081-0231-01 ASA contact base plate set AS AEH EitG+t > | 1
081-0232-01 ASA diaphragm rub resistor set ASAFNINSIHEHIKt > K 1
081- 8406-03 Lead wire (Yellow 1.=105mm) 0.64 /7 wires (0.084 ) IT 10.088 ) 1
081-8408-03 Lead wire (Black L = 21mm) 0.64 /7 wires (0.084) y 5 (RUBE aim)
081-8409-03 Lead wire (Orange 1.=27mm) 0.64 /7 wire (0.084 ) 0.54 TE UY ]
081-8413-01 Lead wire (L=S5 mm, 0,184) #')— Ef (L=5mm 0.184 ) 1
081-0504-01 Diaphragm pulley string FK¿07-3U-—0t, 1
081-0601-01 Rewinding base plate set KL att» b 1
081- 1022-01 Back cover lock side shield packing #&u, Жо +> |
081-2009-01 Shutter speed dial pulley SSY44NM7—!— |
081-2023-02 B-lever BL’- 1
081-2024-01 B-lever spring BL+*-27') y Y 1
081- 3059-02 Multiple exposure operation lever ¿MPEHMIBPEL 1 1
081-3304-02 Rewinding axis *#KL bibi 1
031-3308-03 Rewinding axis spring *H Lx 71 7 1
081- 4019-02 Coad pressure-A a2—FHZA 1
081- 4054-01 Coad pressure-D 1— FÍHAD |
081-4106-03 Diaphragm moving spring KEN EXMA 71) > Y 1
081-4111-01 ASA contact base plate press washer АСАН ]
081-4116-03 Resistor plate set base JERIA ]
081-8402-03 Lead wire (Black L=75mm) 0.64 /7 wires (0.084) 14, UALS nm) |
081-8404-03 Lead wire (White L=60mm) 0.64 /7 wires (0.084 ) о 1
081-8422-02 Ribbon coad В (Black: Brown: Red |= 45mm) 0. 6$ /7 wires (0.084 Li x. Ei 1
081-8423-02 Ribbon coad С (Black: Brown |= 290mm) 0.64/7 wires (0 08$) | a veu |
081-8426-02 Ribbon coad Е (Red-Blue L=80mm) 0.68 /7 wires (0.084 ) A 1
081-9017-01 Base plate set axis-A fm A ]
081-9018-02 Base plate set axis-B HtkmitahB 1
081-9438-02 B.C print plate axis B.C Mies 1
9611-1720-01 Phillips type screw ЕЖА Spd Е 2
9611-1725-07 Phillips type screw ЕЛЬ Е 4
9612-1730-01 Phillips type screw ЕЖА rent 1
9612-1730-07 Phillips type screw $F ACH 3
9612-1735-01 Phillips type screw ЕАО АЛЬ 5
9612-2025-07 Phillips type screw FE Gb L 1
9613-2025-07 Phillips type screw НЕЖИЛЫЕ 3
9613-2035-07 Phillips type screw EF M A E |
9622-1720-01 Screw ZN KikbaL 3
ХЕ (081-084)
XE-I (082-085)
081 -0273-01
081-0260-01
— An “
—
081-8405-03 |
orange À
U © 081-4029-03
9758 - и
012 QG 2611-1420-07
081-0270-01
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ыы 081-2006 -02 y CU
D 081-9105-01
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(D—(-9758-0150-00
081-2007-02
9721-0150-13
081-2025-02
081-2017-01
o
Part No. Part Name Unit
Mite Е Ea Y E Fig
081-0260-01 Power switch plate set 4724 y» FRE xs FH 1
081- 4029-03 Click plate-A 7-7 7A |
081-8405-03 Lead wire (Orange L=60mm) 0. 6% /Т wires (0, 08¢ ) Oey ah ag) '
9611-1420-07 Phillips type screw HERTZ
9758-0120-00 Steel ball (1.24) Ar-nK-n (1.24) I
081-0270-01 Shutter dial base plate set 7773-94 VUE yb 1
081-0272-01 В cam set B%HAt/P 1
081-0273-01 Pulley holder set F-N-#1%9-ty,b 1
081-2006-02 Cam axis 7448
081- 2007-02 Click plate 2" /74% |
081 - 2008-02 Shutter speed click spring 557) 9748 |
081- 2017-01 Signal release lever spring (777MRL-ATU + 7 |
081- 2021-02 В operation lever spring BALA 777 |
081- 2025-02 Shutter button lock lever +7,9- #7 70,7 ри |
081-9105-01 Shutter dial cam axis set screw Yr v¥—FAVEAAMIEHEA 1
9611-1725-01 Phillips type screw ГЕЛЬ С 2
961 3- 1425-01 Phillips type screw PRIMA 3
9721-0150-13 — Couping washer HT y > +— 1
9758-0150-00 Steel ball (1.58 ) AF-N+F—8 (1.54) |
XE (081-084)
ХЕ-! (082-085)
XE-7 (086)
081-0602-01
Pa В
081-840] -03
081-4034-02
p81 401 1-02 |
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081 -8305-02-&
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081-8304 -02
081-8309-02
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081-0440-01 :
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Part No. Part Name Unit
Shoo es Hm À ff At
081-0440-01 Eye-piece frame set HiRMHt yb |
081-0441-01 Eye-piece shutter base plate set 74 ¥+¥97—-Gikt yb 1
081-0443-01 Change lever axis set )@L/‘—@it yb 1
081-5021-03 Eye-piece shutter mask-A T{Y-ATA7A 1
081-5022-03 Eye-piece shutter mask-B 74Y'-A7A2B 1
081-5023-02 Frame-B РЕВ 1
081-9321-01 Mask guide axis-A 72714 FMA 1
081-9325-01 Mask guide axis-B 727#4 FMB
9695-1735-07 Phillips type tapping screw +FEFXHMAY ye vA 2
9758-0150-00 Steel ball (1.58) Ar-nH-n (1.54 ) 1
081-0602-01 Printed base plate-B FIKÉHB 1
081-4011-02 A-M change switch spring A-MUMAA » FAT) +7 1
081-4034-02 Power switch contact-A *4 724 НА 1
081-8304-02 Condenser С; (0.1иЕ) 2777#-C; (0.14F) 1
081-8305-02 Condenser C4 (0.054F) =2”,77+-C, (0.054F) 1
081-8306- 02 Diode (КВ-165) Y44-— F (KB-165) 1
081-8309-02 Variable resistor Rio (68K) +EEEAR 1. (68KN) 1
081-8401-03 Lead wire (Green L=27mm) 0. 64 /7 wires (0.084) APE OCT
ХЕ (081-084)
ХЕ-! (082-085)
XE-7 (086)
081 -4053-01
9611 -1725-07 (ха
081-9016-01 9611-1420-07 (x2)
081-0112-01
081-0311-01
ow 081-8421-03
Part No. Part Name Unit
Mh Gade a in BR AH
081-0112-01 Release plate set L)-AityF} 1
081-0250-01 Contact holder set АНБ +» b 1
081-8407-03 Lead wire (White L=158mm) 0.64 /7 wires (0, 08$ ) Oo Ae 084) )
081-8410-03 Lead wire (Red L- 130mm) 0.64 /7 wires (0,084 ) ) — Ki AL = 130mm) |
0.68 /T5(0.084 )
081-8411-03 Lead wire (Orange L=110mm) 0.64 /7 wires (0.084) ij Ay) !
081-8421-03 Ribbon coad A (Black: Yellow ‘Red L = 130mm) 0.64 /7 wires (0. 084) ARA io 1
081-0311-01 Battely chamber set HE т
081-2091-01 Shutter assembly + %3—+t> $ 1
081-4052-02 Wire coad press-B -— Е#АВ 1
081-4053-01 Wire coad press-C =- FC 1
081- 4279-02 So switch base S¿XA4 > FA 1
081-8403-03 Lead wire (Green L=120mm) 0.64 /7 wires (0.084 ) EN CA 1
081-8412-03 Lead wire (Orange L=68mm) 0.64 /7 wires (0.08) ges fancy)” |
081-9016-01 Lead wire plate guide axis L)—-XH#4 Fk 1
9611-1420-07 Phillips type screw +32 АЛЬ С 2
9611-1725-07 Phillips type screw +R rk 2
9611-1730-07 Phillips type screw +74 АРЬЕ ]
9611-2030-01 Phillips type screw +74 АЛЬ С
9612-1425-01 Phillips type screw +7AH4“-baAU
9612-1760-01 Phillips type screw +77(t2“HV-baL
GU NH Ww
ХЕ (081-084)
XE-1 (082-085)
XE-7 (086)
081 -0110-01_—= Æ
081-1135-01 LE
81-0111 -01
Y 081-1119-02
081 -1122-02
9615-1735-12 (+ 2—
081-1111-01
æ 081 -1122-02 | [x 2)
081-1013-02
Г px 4) :
081-9413-01 («2)
081-0131-01
N nt À
| eros
9615-2050-01 (>3 | | № EN
081-1016-02 ae e 081-1026-81
081-0131-01 9612-1725-07 :* 21 k
081-1025 -01
Q\\054-1027-02
054-1034-02
081-1043-01
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Part No.
Aun fy
081-0110-01
081-1119-02
081-1123-01
081-0111-01
081-0131-01
081-1013-02
081-1016-02
081-1017-02
081-1024-02
081- 1025-01
081- 1026-81
054- 1027-02
054- 1034-02
081- 1043-01
054-1108-01
081-1111-01
031-1112-05
081-1122-02
081-1135-01
081-9413-01
9612- 1725-07
9612- 2080-01
9613-1725-07
9615- 1735-12
9615- 2050-01
Back cover set
Part Name
Mi io © Fe
Bet yt
Back cover shield MECA
Back cover shield sponge MHEBA/* +7
Pressure plate set
Strap hanger
Tripod socket hole
Strap hanger bush (Right)
Strap hanger bush (Left)
Body side shutter blade stopper
EME y b
mo eA
ZE сд
83 О АЕ (+)
№ ОЕ (FE)
Body shield paper
Front base correction tape fil
EF
Triangle hanger ring RR
Triangle honger ring stopper
Tape HIRT — 7
Back cover lock M&u,?7
Lock pressure plate Uy 72am
Lock spring 07,4
Back cover side shield packing AMBAS) +> F
TAN LEBEN
Back cover seal
Lock guide ring
Phillips
Phillips
Phillips
Phillips
Phillips
type
type
type
type
type
screw
screw
screw
screw
screw
ПУ FY YT
HER E SHA С
ЕН АМ С
FER MAS da С
FERTILE dU
+E TT MLR} С
KAM хуя by 78
= Fa) ik x
Unit
GQ ON a NN A
10
11
XE (081-084)
ХЕ-| (082-085)
XE-7 (086)
081-9111-02 | «3
See Page. 12
“my
<. See Page. 12
081-5005-03
K LE
AT
031 -1068-01
081 -9015-02
081-4391 -03
A (x 2)
EEF 081 -5030-02
A -2584-02
Part No.
Sion ts
081-0454-01
081- 5030-02
081-0883-01
081- 4391-03
031- 1068-01
081- 2584-02
081-5005-03
081-5065-01
081- 9015-02
081-9111-02
081-9112-01
9611-2035-07
961 2- 1730-07
9612-1735-01
9612-1750-01
Part Name
aS in A
Penta. prism holder set <Y+93T7JXARNIY—+ 3 P
Penta. front pressure plate “УМЕЛ
Penta. prism set <37'1)XAtoy tk
Exposure meter moving coil set @iititt yb
AV middle pulley-A AVPRZ-U-A
Stop-down button axis 7LE=2— Sk
Restriction frame-A АА
Condenser pressure spring 374-1177
Meter set screw A-— YH A
Penta. holder set screw 771 3-BUEA
Focus adjusting nut В E FMBF>y FB
Phillips type screw +77 ft АЛЬ С
Phillips type screw +7 EL
Phillips type screw ЕДЕ EP AL
Phillips type Screw ЕАН АЛЬ С
Unit
12
XE (081-084)
XE-I (082-085)
XE-7 (086)
081-2244-02
031-5076-01 12185
081-0455 -01
081-0451-01
Yee
SY 081-0452-01
Se
DU 5052-02
-081-8312-02 081-8319-02
-081-8313-02 +081 “8320-02
-081-8314-02 081-8321 -02
-081-8315-02
-081-8316-02
-081-8317-02
-081-8318-02
081 -5804-02
fe 081-5003-01
Wee 081-5805-02
081-8303-029 À ()) o81-8308-02
081 -8302-02
9691- 1735-01
Part No. Part Name Unit
id Mods 2 АХ
081-0432-01 Printed base plate A set Mitar»! 1
081-8302-02 Condenser-C, (2.24F) 2,#7r#-Cı (2.2uF) |
081-8303-02 Condenser-C2 (14F) =2777+#-C: (1иЕ) 1
081-8308-02 Thermistor (TD5-A170 ог TD5-C170) +- 229—(TD5-A170 ог TD5-C170) 1
081-0451-01 Penta pressure spring set <> ##4/$4+ Г 1
031-5076-01 Penta pressure collar “27 ##Xx # 7 — 2
081-0452-01 Penta frame set “УЕ 1
081-5052-02 Meter figure set *—%—H SK
081-0455-01 Penta pressure plate <> 7i# 2m 1
081- 2244-02 Synchro base plate 7» 7 оф 1
081-4041-02 Isolation tube A (L=24.5mm 1.24) 4977 ar 2-7A(L=24, San 124) 2
081-4042-01 Isolation tube В (L=13mm 1.24) 4717x86WF2-—7B(L=lóm 1.24) 1
081-4043-01 Isolation tube С (L=9mm 1.24) 4737>2BHBF=-—T7C(L=9m 124) 1
081-4045-01 Protection isolation tube A (L=17mm 4.44)1 37 -—T7A(L=1/m4,44) 2
081-4050-04 Flexible plate mk 1
081-4191-02 CdS photocell-Front (8—16K(1 -Red) CdSÆ#45-M(8 —16K 0 -#) 1
081-4191-11 CdS photocell-Rear (12~20K0.-Green) CiS##3#-f#(12-20K0 -H) 1
081-5003-01 Space plate MK |
081-5016-02 Packing tape PHE7-7
081-5804-02 Condenser (BK7) 327°) +-— (BK7) 1
081-5805-02 Fresnel lens sith 1
081-8312-02 Fixed Resister КР. 75(KQ) МЕР, 75(KQ) 0—1
081-8313-02 Fixed Resister КР» 82(KQ) MÆ#H#RP: 82(KN) 0—1
081-8314-02 Fixed Resister RP, 91(КО) ШЕШЫВР. 9I(Kn) 0—1
081-8315-02 Fixed Resister RPs 100(КО) MM x#HEHIRP; 100(Kn) 0—1
081-8316-02 Fixed Resister RPe 110(KN) ШЕНЕМЕР. 10(КО) 0—1
081-8317-02 Fixed Resister RP, 120(KN) MÆ#f#tRP; 120(Ка) 0—1
081-8318-02 Fixed Resister RPs 130(КО) BEH£HRP. 130(KN) 0—1
081-8319-02 Fixed Resister RP, 150(КО) H'Æ##tRP, 150(KQ) 0—1
081-8320-02 Fixed Resister RPio 160(KN) IEIHEHEHRP» 160(KN) 0—1
081-8321-02 Fixed Resister RP,, 180(КО) EARP и 180(KN) 0—1
Phillips type tapping screw +742 AY Кое 1
13
ХЕ (081-084)
ХЕ-! (082-085)
XE-7 (086)
Block Brown
e 9611-1425-07 (x2)
Y 081-0573-01
054-9026-01
081-0574-01
aio -0316-01
081 -5075-02
A 1450-07 (x 2)
33 081-5044-01 (x2
081-5045-01 (x2
— -1029-01
081-1075-03
081-1009-01
081-1014 -01
081-2291-01
TB 2265-0
9792-3168-50
pee
081-2491-01 Mf >
081-0317-01 Br N
9615-1420-07 081-0571-01
081-0370-01 9611-1725-01 («2
==
9615-1730-07 (x 2)
031-1067 -03
A 081 -5058-02 081-1041 -02 De
> 081-5061-01 081-1040-01 Ä
"81 -5036-01 2 9791 -2650-50
081-5059-01
9611-1420-07
Part No. Part Name Unit
ae on ey 58 ao $ №
m
mt
031-0162-02 Bayonet mount spring set Мал кл YY Ay
081-0315-01 $ $ designation base string SS#ré##
081-0316-01 In finder mirror holder set 44774 ¥9%—25-kcN¥-ty}
081-5075-02 In finder shade plate A 4774 FI - BEA
081-0317-01 Top cover second plate (Right) Earth (4)
081-0370-01 In finder base plate 4774 7>Y-£k
081-5036-01 Diaphragm designation frame ЖЖ
081-5041-02 Diaphragm designation restrict frame #9 ZH
081-5054-02 SS designation pulley spring SSERI-U-A7U YY
081-5055-02 SS designation pulley SSHERY—!=—
081-5057-01 SS designation plate receiver SS&TH21
081-5058-02 SS designation plate SS aR
081-5059-01 SS designation plate pressuve SS #aiRiPZ
081-5061-01 SS color filter SSHF-7419-
081-5815-02 Diaphragm in finder lens MN4 ¥7Tr4¥¥-LYX
9611-1420-07 Phillips type screw +3) АЛЬ С
9791-2650-50 Washer M7 > + —
081-0571-01 Front base plate set Aft +}
081-0573-01 Synchro contact set Хожу
081-0574-01 Lock lever set my>L,i-tyh
081-2291-01 Synchro terminal set »» 7097-24044}
031- 2207-02 Synchro terminal nut Уно
al 081- 2491-01 Self-timer gear set t+ 7¥7-—+ 3H
— = ыы er nn ml ml nr lla a ll all ll ml a al ыы
081-1009-01 Lock ‘button spring Uy 28271) Y 1
081- 1014-01 Lock lever spring m>7L/-2x71y2#7 1
081- 1029-01 Top cover second plate (Left) Earth (4) 1
081-1040-01 Self-timer start button +17 94 7-2 #%— 8 1
081-1041-02 Self-timer button bush 41461 1
031-1067-03 Aperture coupling ring stopper Шу > YA рул 1
081-1075-03 Lens release button хх 1
059-2265-01 Synchro selector switch FP, ХУД y + | 1
059- 2266-01 Synchro change switch click plate Ухо 14785 1
081-2267-02 Synchro change switch plate Ухо y-+40-3- ]
081-5044-01 In- finder adjustment washer А (0.5) 4% 9774 7Y4-HMB7 y + +—A(0.5) 2
081-5045-01 In- finder adjustment washer В (101) 47774 + 9-7 7% +-B(L.0t) 2
KY I— FE
081-8425-02 Ribbon coad E (Black-Brown L= 140mm) 0.64 /7 wires (0. 08¢ ) AR) 1
054- 9026-01 Lock lever axis uy>L ti | a 1
031-9110-04 Synchro change switch knob set screw УУ7ОА4 РОВЕР 1
059-9422-02 Changing switch ring MAL y FM > > 1
9611-1425-07 Phillips type screw +FrHziehat 2
9611-1725-01 Phillips type screw + FERRAN ev 2
9612-1720-01 Phillips type screw ++ AL 3
9613-1740-01 Phillips type screw +7(+MAbdbl 3
9615-1420-07 Phillips type screw +A(+MA-bdU 1
9615-1450-07 Phillips type screw +70 HMA dh Е 2
3 9615-1730-07 Phillips type screw ++ (HM- ht 2
9721-0080-13 Couping washer #7 7 y — |
9721-0200-13 Couping washer #7 + — 1
9792-3168-50 Washer 347 - > + — 1
14
XE (081-084)
ХЕ-| (082-085)
ХЕ-7 (086) e
cé
и
Fa
и
081-0531-01
081-5806-01
081-0532-01 N
REN ern
x, 081-5008 -02 A
054-9116-01 (2
081-5131 -01
ES 081-0513-01
054-9010-01 о + 081-9011 -01 (2
k 081-9117-02 |
081-0514-01 -
054-9010-01 а | — per 081-5109-02 >
081-9022-01 SP +.
= — | |
NN : los: -5140-01 ke .
anid 081-0511-01 b=:
081-9020 -01 081-0550-01 5
081-9005-03 _— A
= el = al N
081-5122-02
081-9004-01 9 Ä
|
er
_ © ae || 081-5176-02
i |
081 -9429-01 |
081-9049-02 |
|
В ше
081-9048-02 SP
081-4271 -028
081-0512-01 |
| a 081-5136-01
>”
081-9008 -01
9611 -1420-07 (2 E.
Part No.
“bon te Я
081-0511-01
081-0512-01
081-0513-01
081-0514-01
081-0521-01
081- 4271-02
081-0531-01
081-0532-01
081-0550-01
081- 4274-02
081-5007-03
081-5008-02
031-5103-01
081-5109-02
081-5122-02
081-5131-01
081-5136-01
081-5140-01
081-5157-02
081-5164-02
081-5176-02
081-5177-02
081-5806-01
081- 8424-02
081-9004- 01
081- 9005-03
081- 9008-01
054- 9010-01
081-9011-01
081- 9020-01
081- 9022-01
081-9048-02
081-9049-02
054-9116-01
081-9117-02
054-9125-01
031-9130-01
081-9429-01
9611-1420-07
Part Name
ob па 4 Fp
Mirror stop lever set 2 5-—ffiLL/í—+4 y P
Mirror lock lever set 35-03 %L+i+ 0H
Mirror angle adjusting base plate set :5-Medlkt > |
Mirror angle adjusting plate set :z5-#Mftit > |
Switch 5 contact set 5; #H+t~t
Switch 5 damper Ss Y
Mirror operation lever В set z5-#fEL’i-B+t,F}
Mirror holder set 353-*+HMY=++w+P
Mirror operation lever set Z37-#EL’‘-ty}
Switch 5 isolation tube $; ЖЖ
Under side frare shield plate Fa7-+—Phikm
Mirror box mask :5-#;:72727
Mirror set plate = 7—ttix
Mirror stopper 27—-Ahv,i-
Mirror return spring i7—-KLATVUY7
Mirror angle adjuster plate =: 75— HEEE
Mirror lock spring 2 7-—Uv7AVTUYF
Mirror stop lever set 2 У-®ЕЕА-АТНУУХ
Flare sheild plate FL r-PBhikth
Mirror cusion 27—7 2327
Flare shied-A 2 3—#-y 7 A(UELA
Flare shied-B :5-#,7 дев
Mirror :5-
dd
Ribbon coad D (Red: Blue |= 100mm) 0.64 /7 wires (0.084) ik
Mirror operation lever axis = 7—HBÍEL-/*—
Mirror operation lever guide = 3-#EL’t-#4 F
Mirror lock lever axis :5-0,71L,°-
Mirror angle adjustment plate axis :7- ¿RRA
Mirror stopper axis 375-—AH yá
Mirror stop lever axis (fikL*— ió
Mirror lock lever adjust ment axis 23-07 L/$— М
Switch 5 setting screw Ss Ел
М.Р stopper axis М. РА’
Plate set pressure screw УЖИНЕ
Mirror angle adjustment plate screw В 3 75—(1RHBBNYAB
Mask pressure screw vA7HHZEZ
Mirror pressure screw 27—-f#2U2
М.Р stopper М. PA ht
Phillips type screw EFRAR(H40 A a С
Unit
a мы == == == eat — =— = = =
14
XE (081-084)
ХЕ-! (082-085)
XE-7 (086)
АА 10
sn
081-2577-04 u OF |
9611-1420-07
054-2575-01
054-9021 -02
081-9031 -02
> 081 -0515-01
“Rn, 081 -2517-01
| 081-9006 -03
081-9052-01
081-9023-02
081-4254-02 1 081-9003 -02
x 081-0519-01 081-9009-01
081-2521-04
21|. 081-2509-02
081-9007-01 as 27 081-2516-02
081-2523-01 À 081-2522-01 081-0518-01
081-9014-01
[6] 081-0540-01 =
081 -2524-01
Ri @ 081-9012-02
081-0516-01_|) |
in 453% © 081-5110-01
4 |
‚db
081-9019-01 (us y 20 081-5001-03
081 -5009-01
9611 -1420-07 (x2
Part No.
os
081-0515-01
081- 2578-04
081-0516-01
081-0517-01
081-0518-01
081-0519-01
081-0540-01
081- 2509-02
081- 2516-02
081- 2517-01
081- 2521-04
081- 2522-01
081- 2523-01
081-2524-01
054- 2575-01
081-2576-01
081-2577-04
081- 4254-02
081-5001-03
081-5009-01
081-5110-01
081- 9003-02
081- 9006-03
081-9007-01
081- 9009-01
081-901 2-02
081-9014-01
081-9019-01
054- 9021-02
081- 9023-02
081-9031-02
081-9052-01
9611-1420-07
Part Name
Te & №
Diaphragm reducing plate set Mm” AA MM+t > |
Stop-down operation spring YLE=1—IMFA TU) YS
P brake lever set P7L—-#L/$—+ 1H
Whyeel gear set {1 -NFTr-tyh
P lock lever set Pu»y27L +4
Preset lever set FJ ty kb7t—-ty bk
Return lever set WHL’'-+ts hb
P lock lever spring Puy 1,1-2 777
Preset second lever 7") + y КЕ
Preset spring A FUtyhATUYTA
P combination spring Pix 7177
P combination scond spring РЖЕЖЫА 7!) + 7
Preset spring B Titey RAT) Y TB
P brake spring РУК-&АУУУХ
Stop-down spring hanger 7L Ea—ithtit
Packing piece HH
Pre-view spring Wve it
Switch change lever 44 y FUML7*—
Mirror box 3 7-#y7%
Packing plate МЫ
Mirror stopper spring 37-Al yR-ATY YT
P moving lever axis PERL,‘
Preset spring hanger A 7UY+ y KATY» THITA
Return lever axis ¡ML Ml
P lock lever axis Pu» 7 Li
P lock lever spring hanger Puy2L-127 7 THT
P brake axis P 7-4
P brake spring hanger P7L—+X7') > 7 Bb
Diaphragm plate axis В Mn 42418 M5 hh B
Change lever axis WDiRL*—hh
Diaphragm plate axis A m0 ASMA
Whyeel axis +44 — мм
Phillips type screw +4AH4“HbaU
Unit
16
ХЕ (081-084)
XE-1 (082-085)
XE-7 (086)
9793 -2660-20 (= 29
081-3043 -01
9612-2040-01 | > hi
081-9037 -01
081-0150-01
081-3007 -03
081-3008 -02
081-9034 -01
ml
9792-4258 -20
081-3075 -01 Y
081-9033-03
081-9041 -01
081-3402 -03
081-0141-01
, 99611-1725-07 +2 > 081-0140-01
08 1-3011-02
| Le 081-3412-02
081 -3426-01
081 -3009-02 081 -3423-02
081 -3427-01
081 -9046 -02
081 -0114-01
081-3425-01
081 -0116-01
i y
| | A
Loi
ee
a
081-2034 -01
9793-2640-20
081-2037-01
Part No.
han tr Fy
081-0114-01
081-0116-01
081-3427-01
081-0126-01
081-0140-01
081-0141-01
081- 3409-02
081-0144-01
081-0145-01
081-3011-02
081- 3402-03
081-3411-01
081-341 2-02
081- 3413-01
081-9041-01
9721-0120-13
9721-0200- 13
081-0150-01
081- 2034-01
081- 2037-01
081- 3007-03
081- 3008-02
081- 3009-02
081- 3043-01
081- 3074-01
081- 3075-01
081- 3423-02
081-3425-01
081- 3426-01
081-9033-03
081-9034-01
081-9037-01
081-9046-02
9611-1725-07
9612-2040-01
9613- 2060-01
9791-4258-50
9792-4258- 20
9793- 2640-20
9793- 2660- 20
Part Name
wooo À > >
Shutter axis set Y+y¥—thtyh
Film disignation lever set 74 VAM L/S—t yb
Film disignation plate 74 VARA
Film advance operation lever set #MMfEL’'-ty}
Counter base plate set A773-BEftst
Counter dial set #%7>7- 94 rhtsh
Counter rewinding spring 47% +93-—RKLATU>9Y
Counter release lever set 4779—MBL-4 yb
Counter operation lever set A3777-HmiMfEL’i-tsF
Operation lever spring #fEL/!-2 71,7
Counter indicator #9» 7-16
Counter release lever spring #779 -MikL’i-i 717
Counter operation gear-A 47% Y59-—MEFYv-
Counter operation gear-B 727 7-4 +FYr-
Counter index stopper screw #7 > ¥—iHRILOEA
Coupling washer #797 > + —
Coupling washer #7 y +-
Film advance axis bearing base plate set ЖИВЫЕ
Shutter axis plate setter ЗМЕЮ
Shutter axis spring +1 9—MAT71) YZ
Film advance operation ring А ER FRA
Film advance operation ring В E APERB
Operation ring rewinding spring REEL ATU Y 7
R button release spring ВЖЕ 70) >#7
Spring setter plate 27 > 7iVRikOR
Somersault spring ++ KEN ATU YY
Film disignation lever spring 74 -ARRL/-ATY YS
Disignation second lever #7 /“—
Disgnation second lever spring abl 247 YY
Operation lever spring hanger-B ¿REL 1-17!) y THB
Film advance operation lever axis ЖЕ
Operation ring rewinding spring hanger ЕЩЕ У BH
Disignation lever screw #avL/‘—UA
Phillips type screw +FRrH Areal
Phillips type screw +7NH2“H bd
Phillips type screw +$7HM#)b L
Adjustment washer #973 +4—
Adjustment washer {#7 9) + —
Washer 7424 —
Washer #90 y > + —
u u „= => ld ld > >= ыы ыыы ыы
16
17
ХЕ (081-084)
XE-| —
XE-7 086 9721-0150-13
4
081-3029-03 4
081-3015-03/97 Y
¡A
081 -0160-01
081 -3017-01
9611-2050-07 2] _
081-3027 -02-
9611-1435 -01
9611-2020-07 («2
081-0171-01
081 -3028-01
=
"TT" 081-3030-01 ¿(3
но &
|
081 -3054-02
A
' 081-9035 -02
AXE? 081-0281 -01
—081-9432-01
—|+—081-9434-01
— 081-9435 -01
`_081-9437-01
—9721-0080-13
$ 081-9042-01 >?
081-3422-02
u
ES = 5. Tree
Pie
Y 9611-1425-07
See Page. 18
Part No.
Mane Ss
081-0118-01
081-0160-01
081-0171-01
081-0190-01
081-0281-01
081- 3015-03
081-3017-01
081- 3019-01
081- 3027-02
081- 3028-01
081-3029-03
081- 3030-01
081-3041-02
081- 3045-02
081- 3050-03
081-3054-02
081- 3069-01
081- 3070-01
081- 3422-02
081-3424-01
081-9035-02
081-9042-01
081-9432-01
081-9434-01
081-9435-01
081-9437-01
9611-1425-07
9611-1435-01
9611-1720-07
9611-1730-07
9611-2020-07
9611-2050-07
9721-0080-13
9721-0150-13
Part Name
ah Gn À Ж
Sprocket gear base receiver set AVOUT» b¥V-BEt yb
Film advance axis set Zt, |
Film advance nail cancelletion set ZUMAL +, Fb
Sprocket axis set
Charge lever set
ATOSr y bet yb
fFr-YlLr’i-tyh
Film advance nail spring А &MMA 7!) > ZA
Film advance stop lever spring #1L# L’!-2 777
Reset lever spring
Vey RL A RU)
Spool gear AF7-NFT-
Spool gear axis receiver AT7-NLFY—MR
Film advance nail spring В XUNTA 71) + 7B
Spool axis receiver д У-—Л/
Sprocket 27Uu7% y H
Sprocket gear 270% b¥¥-
Film rewinding button 74 VLA4RLG
Multiple exposure coupling axis ЛЕОН
Coupling axis packing ЕЕ оу
Film advance nail lock plate *HUNO + 74%
Disignation filler axis #m7147—-#
Disignation filler #77 4 5 —
Charge lever guide F++-—YLi-34 Е
Spool axis receiver screw AT7-—IMREYA
Charge lever pin collar-D (44)
Charge lever pin collar-A (34) F+—YLi—Y257-A(3 4)
Charge lever pin collar-B (3.54) F+-YL“—Y€747-—B(3.54)
Charge lever pin collar-C (2.54) F+-—YL*—-Y47-C(2.54)
Phillips type screw
Phillips type screw
Phillips type screw
Phillips type screw
Phillips type screw
Phillips type screw
HERA L
HERA INR E
ЕВС
Е ABU L
ЕАН АРЬЕ
HERA ABUL
Coupling washer #17 y > + —
Coupling washer #17 724 —
#Fr-Yrri-Y7A45-D(dp)
1
0—1
0—1
0—1
17
ХЕ (081-084)
XE-I (082-085) ,
XE-7 (086)
081-0180-01 4
081 -3040-01
081 -0119-01
Sy 9790-5585-50 „,
9791-5585-50
Lar |
2 081-9036-01
—
=
a
a
AS TA 081-3016-01
>
I 081-3057-02
4
> 081-3024-02
| uy 081 -9407-02
E =
| >” ar
> de TS 081-9419-02
— = = We
= ll = ==
Е SA = 081-3065-02
AA |
Г. N‘ 081-3047-02
=!
081-3025-01
081-3049-01
081-3048-03
081-9101-02
*
9792-7194-20
9794-7194-20 °"
081-3035-01
081-3037-01
081-3034 -02
081-3037-01
=
081-3039-01 I)
e”
> 081-0125-01
081-3039-01
2
Part No.
Shan & Я
081-0119-01
081-0125-01
081- 3034-02
081- 3035-01
081- 3037-01
081- 3039-01
9792-7194-20
9794-7194-20
081-0180-01
081-3016-01
081- 3023-02
081-3024-02
081- 3025-01
081- 3047-02
081- 3048-03
081- 3049-01
081- 3057-02
081- 3065-02
081- 9036-01
081-9101-02
081- 9407-02
081-9419-02
9790- 5585-50
9791-5585-50
081- 3040-01
Part Name
ab an % ЖА
Spool set A7-Nty}
Spool axis set 27 —Jvéht yb
Spool friction collar 7-1 7197, a7h7-—
Friction spring VU 72 avr aT v7
Spool friction washer AF-N 71773 7747 4—
Slide spring stopper ring ЖИЛУЮ
Adjustment washer M7 y Y q —
Adjustment washer (#7 > +-—
Film advance base plate Жо |
Film advance stop lever #1b®-/*—
Film advance gear У
Film advance idle gear #74 ЕЛА
Sprocket idle gear 24707: RTA FrFT-
В button lock spring R#l0y7A7 7
Revesing stop nail-A fit MA
Unit
Reversing stop nail silent spring washer ЕЛА V7 bATY IDA 1
Unexpected light stopper spring HMI LA TI » 7
Reversing stop nail-B #6 1B
Film advance stop lever screw #ıEb L’'- ER
Idle gear set screw TA FrFT—- EHER
Reversing stop nail collar pressure ЖЕЮЛЯ Я-А
Reversing stop nail collar ÆKIEHMA 7 —
Adjustment washer M77 > + —
Adjustment washer 7 y 2 +—
Filler ring 747-4OR
Part No.
081-0607
081-0608
081-0610
081-0611
081-0612
081-0613
081-0614
081-0615
081-0616
081-0617
081-0619
081-0620
081-0621
081-0622
081-0623
081-0624
081-0625
081-0626
081-0627
081-2601
081-2602
081-2603
081-2604
081-2605
a « 19
еее . 2
Index
Part No.
081-2608
081-2609
081-2610
081-2612
081-2613
081-2614
081-2615
081-2616
081-2617
081-2701
081-2702
081-2703
081-2704
081-2705
081-2707
081-2708
081-2709
081-2710
081-2711
081-2712
081-2713
081-2714
081-2715
081-2716
081-2717
081-2718
081-2719
081-2720
081-2721
081-2722
081-2723
081-2724
081-2725
EEE
PPP SCPC TCHR
eee ee EEE
Peco ce
Eu SE Bu RPP RRR Ber Dr DE SE ZZ
u a ER EE
E ee ur EB ee
ee a ee
En u
EEE EEE EEE BR EEE HERE EEE
Гани
и еее ее
Ги
Гани
CoP Pc RT r
AAA
Ги
u EHE BEE HE ET
Ги
оао ион
же RRR EEE ER U
BERR RFS RRR RRR RRR
ово CPPCC Ree
Га] *
SPSS RPS RRR RRR ния
SCP RPP PSC иныя
Га
Ги
EEE EEE sé éss é
Гани
EEE
EA EDAD AAA
ee BETTER ER E
Part No.
081-2726 wRCP CC eRe ee Un 2
081-2727
081-2728
081-2729
081-2730
081-2731
081-2732
081-2733
081-2734
081-2735
081-2736
081-2737
081-2738
081-2740
081-2742
081-2743
081-2744
081-2745
081-2746
081-2747
CEI
EEE
FEE ss
EAS
HA AAA
eee ee EEE
ee EEE EEE BE HE ET
a ST HEHE
освоен *
Ce RL
EFE
NAAA AREAS
EE RPP eae
FEU PRR RRR RES
ee
Cc Pe ee
Гани
аа ние иене
Га.
081-2748 ....
081-2749
EAN sI
OB 1s D750 wvneserexseevenercees
OB.
081-2752
081-2754
081-2755
ERCP PPP RPE EE,
FETES sms
в веера оная
081-2756 ...
081-2758
EEE
081-2759... неее
081-2760
081-2761
PP cP CCC RRR
Cee Eh
XE (081-084)
XE-1 (082-085)
XE-7 (086)
Y 081-2711-01
qa -2755-01
€ 081 -2751-01
| 081-2756-01
See Page. 2
r
OH -2608-0] Y
081 2607-01 A
081-0604 -01 Ey
|
081-2606 -Ol mad
= 081-2607-01
081 -2612-0] game
08] -2606-01
ar
A (2
081 -2605-01
081 -2603-01 € | 081-2604-01
Ll
081 -0605-01 081 -0603-01
081 2609-01 ©
po 081 -2614-01
|‘. 081-2602-01 ¥
081-0601 -01 EE" > |
Sal
SS, 229 081 -0607-01
RS 081 -0602-01 081 -261 3-0]
| :$éP—1081-2603-01 081-2617-01
081-2614-01 MER a
|__|: &+081-2615-01 E
| ae -
081 -2616-01—8 |
081 -0608-01
NO SUPPLY
JE tt
081 2610-08
081-261 7-01»
Part No.
Bion ts
081-0601-01
081-0602-01
081-0603-01
081-0604-01
081-0605-01
081-0606- 01
081-0607-01
081-0608-01
081-2601-01
081-2602-01
081-2603-01
081-2604-01
081-2605-01
081-2606-01
081-2607-01
081-2608-01
081-2609-01
081-2610-01
081-2612-01
081-2613-01
081-2614-01
081-2615-01
081-2616-01
081-2617-01
081-2711-01
081-2754-01
081-2755-01
081-2756-01
Port Name
M oo & Я
Shutter base plate-A set НУ
X connecting lever set XakLr-’i-Hr
First blade moving lever set 33M@ERQT ли
Ratchet nail set plate set Эх MERA
X contact lever spring set X#AL/‘-—#W
Second blade moving lever set #87 - 24d
First blade stop lever set RBA LI dr
Second blade stop lever set ¡BRILLA
Bound stop lever В spring ¿977 FiExL+*—Bifh
X connecting spring XEM y (Lh
Washer (4.19 X0.25) + (4.14 <0.25)
Blade moving spring collar FRERMIHh+>-
First blade moving spring ARMENIA
Ratchet tube В F424 h#%B
Ratchet nail В spring 3%+2z=+wPMBIfh
Blade moving lever set screw HHREM7-2H%h0L
Washer (4.18 x0.1) ‘Pea (4.19 <0.1)
A contact lever spring X#äL’t-ifh
Second blade moving spring (BRENT
First blade stop lever collar ЖЕНА» 5 —
Screw (M1.4x2) Pital (M1.4x 2)
First blade stop lever spring ЖЭУ
Second blade stop lever spring MBR Lido
Cusion-A HA
Screw (M1.6X3) Pidal (M1.6x 3)
Shutter base plate set screw A ERMUA СА
Washer (3.18 Х0.5) Peta (3.14 x0.5)
Shutter base plate set screw B ERES LB
“= Unit
XE (081-084)
XE-1 (082-085)
XE-7 (086)
081 -0610-01
и a
Y 081-2736-01
Keren
081-2734-01 |
© |
081 -2733-01 +
08 oy goer tol
| 081-2710-0
081-0620-01 Y e Y 081-0615-01
эй a
= 081-2709-01
#1 081-2748-01 | @081-2712-01
Re |} ng | 081-2708-01
| 081-0624 -01, | |
| 081-2729-01 e | Mer
| (081 -2747-01) > |
081-0619-01 ~ Т =
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Jos: - -2728-01
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ee 7 | ;
081 -0618-01 | sil | |
ke | | ee, в
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081 2725-01 081 -2718-01@ | nn
08) -2726-01 | Tr 2703-01
081-2717-0] 081-2701-01
| lo61- -2724-01
081-2715-01
1081 -2723-01
ВАР 0 081-2752-01 | ee
mea -2751-01 NAS a
à -2713-01
41 || Mosı-2721-01 N
> _ | | =f sae
081 -2714-01 _— = | u
081 -2746-01 IR (081 -2760-01)
081-2705-01 ¡A
081 -0626-01 081 -2745-01 e
_ er =
| >. oS 081-0613-01 | 83 081-0611 -01
(081 -2740-01) $ ge we NE
sr | 3081 -2704-01
081-2744-01 7 || [oe dcop brie
ii = BR |
(081 -2742-01) | 081-0627-0) | |
| ae | -
|
$5 081 -2743-01 081-2737-01® (081-2750-01)
Y | |
081-2738-01 \ >, E E
081-069 081-0617-01
081-0621-01 01 —
081 -0622-0]
081 -2705-01 8
ue PS 081-0623-01
Le _2719-01 % 081-2726 -01
8 081 -2720-01
Part No.
nr
081-0610-01
081-0611-01
(081 - 2760-01)
(081- 2761-01)
081-0612-01
081-0613-01
081-0614-01
081-0615-01
081-0616-01
081-0617-01
081-0618-01
081-0619-01
081-0620- 01
081-0621-01
081-0622-01
081-0623-01
081-0624-01
(081-2747-01)
081-0625-01
(081-2749-01)
(081-2750-01)
081-0626-01
(081-2740-01)
081-0627-01
(081-2742-01)
081-2701-01
081- 2702-01
081- 2703-01
081- 2704-01
081-2705-01
081- 2707-01
081- 2708-01
081- 2709-0)
081-2710-01
081-2711-01
081-2712-01
081-2713-01
081-2714-01
081-2715-01
081-2716-01
081-2717-01
081-2718-01
081-2719-01
081- 2720-01
081-2721-01
081- 2722-01
081-2723-01
081- 2724-01
081-2725-01
081-2726-01
081-2727-01
081-2728-01
081-2729-01
081- 2730-01
081 - 2731-01
081-2732-01
081-2733-01
081-2734-01
081-2735-01
081-2736-01
081-2737-01
081-2738-01
081-2743-01
081- 2744-01
081-2745-01
081-2746-01
081 - 2748-01
081- 2751-01
ОВ1- 2752-01
081 - 2758-01
081 - 2759-01
Part Мате
ВВ an Я м
Shutter Базе plate-B block Ес >: 7 и
Shutter base plate-B set ЕЖЕ
Cusion-C mF C
Cusion-D MBA D
Set lever set +: kl FMI
Body release lever set ЖЖ” Хр
Release lever set —L'U-—XL*—4Bi
Ratchet nail С set plate set 72» КЛАС РАН 1
FP Contact lever set FPRsL+* Bi
Control lever set Si L AB ir
Signal lever set 1 /—#1
Mech. time operation lever set 4 4 FDBL/*—ABiz
Iron piece lever set Mh + /*—#Lir
Hold lever set #-HrFr-i-Mı
Idle gear set ТЯ Fr&£Tr-Mu
Fly wheel set 7394 #4 LMI
Magnet set 774 HAL
Lead wire-Black (L—57mm, 0.84/13 wires 0.088) ')— FM-M(L —57mm)
Trigger switch base plate set bv 4-44 y: FEB
Lead wire-Yellow (L—59mm, 0.89/13 wires 0.088) у — FR-HiL —59mm)
Lead wire-Yellow(L — 149mm, 0.8¢/13 wires 0. 08$) ') — Fá-M(L — 149mm)
FP Contact set Е Pi#h Mur
Lead wire-Blue (L—278mm, 0.8¢/13 wires 0.089) J — Fee-@(L —278mm)
X contact set X#®H MLiL
Lead wire-Green (Т.—287 шт, 0.8¢/13 wires 0.089) 1) — ЕЖ-Ж(Т. —287mm)
Ratchet nail-A spring Fx ГЛАЗ
Set lever roller +; kL:**-0->3-=
Set lever spring tv FL**-ifhA *
Body release lever spring #T-LU-ÆALI—-ifh
Screw (M142) ŒJHhL (M1.4x 2)
Release lever axis L'U-—XL+t— hb
Mirror return hook spring i7-@70777(Ifh
Mirror moving spring = 7—-Hmiti
Ratchet nail-C spring 727 Мс
Screw (М1.6х3) ‘P-hiat (M1.6x 3)
Cusion-B FB
Lock lever spring Ov? 1 1fh |
Washer (3.78 0,17) Hé 3.7; х0.17
ЕР Contact lever spring FP#Ar’'i-ı fra
Mirror return lever axis 3 ?-—MTL-+*—M
Mirror return lever = 3— MIL +*—
Coupling washer MY y > + —
Roller o-7-
Serew (М1.4х1.6) ÆHhLMI.4x*1.6
Control lever spring ML *— ii
Collar (24 <1.5) А (24 x<1.5)
Control lever spring receive plate MWL-+'-I IHREM
Screw (M1.4%2.5) ‘htt (M1.4%2.5)
Signal roller f4#0—-3—
Coupling washer Ш? y >4—-
Signal lever spring (3%L*1íh
Mech. time lever axis Х/ф
Mech. time lever spring * »ED%$L+*- МФ
Mech. time lever set screw BL’! Mita
Signal stop lever spring fa RIEL 1h
Iron piece lever spring ht ’*—(ifia
Collar (1.58 *1.5) MB (1.5¢ *1.5)
Iron piece lever receive plate Жека
Lead wire receive plate ‘J — FMRE
Screw (M1.4* 5) bd (M1.4x 5)
Hold lever spring collar #—% FLs*—(Zin4 9—
Hold lever spring *—%* FL **—itt
Trigger isolation-B +! 7— #2 -B
Trigger washer + МЕ
Washer (2.28 X 1) “yv ir— (2.24 X 1)
Screw (M1.4x2,9) Fil (M1.4<2.9)
Screw (M1.6X2.6) ЗЕЛЬЕ (M1.6X2.6)
Trigger isolation plate КУ
Trigger set nut НУ МУ — ПУ b+
Coupling washer WV y > + —
Screw (M163) ‘F-d#al (M1.6% 3)
Unit
es,
ii a
se
вый el ый ur —
wt ot o do o o o mm = eee eee Be er erro — Hd ы
Disassembly, Assembly and
Adjustment of the Shutter
Page
1. Disassembly and Assembly mens Y 4d
о. Adjustment of the Shutter Block ee ee eee Ar ss 4
[I] Adjustment of the Ist curtain and its speed nennen
Adjustment of the force of the control lever (synchro “FP” time lag.)
5
5
Adjustment of the 2nd curtain and its speed: 5
Adjustment of the manual time secs nenne nennen nn nenn 5
7
BUN
Adjustment of the synchro a de time lag rra Tee
3. Special tool and Sub Materialen nenn 7
Disassembly & Assembly-1
fo -3736 [<] Dust & oil stain
№ А] + Attach the shutter base plate B in the charged condition so
de that the iron core may be situated at the center of the iron
© 081-2735 piece of the iron piece lever (081-0620).
+ Attach the control lever (081-0617) in the charged condition
081-2734 so that a clearance of about 0. Imm may be obtained bet-
ween the iron piece lever (081-0620) and the mech. time
081-2733 > operation lever (081-0619). See Fig-10.
081-2732 yee
Al See Fig-9
[081-0620 Dos 0615
[6] 1o.001 (inside & outside) 081-2710
See Fi
La] see fes gay 461-0709
| | See Fig-5
[c] Lett screw 081-2748 [a] 8081-2712
081-2731 < > 081-2730
| Ве sure not to press down with 08 081-2708
the iron piece lever (081-0620). | See Fig-8 1-0624 See Fig-3
+ See Fig-7 | 081-2729 [6] №001 ”
| (inside & 081-0614
| 081-2747 / outside
081-0619
No.001 (outside) — 081-2728
See Fig-7 081-2727 5
N.001 (inside) = e
Fluid No.012 (the rotary part) = OA ak 1-0612
081-0618 ae | | ap [GI №.002 (inside & “©
— al 001 | | 3081-2702
_ i _ % 08] -2758
081-2725 081-2718 a | > 8
081-2726 7 081-2703 [a] See Fig-4
081-2717 N ГА]
See Fig-6 | 9081-2724
081-2715 | |
| | 081-2723
081-2716 081 -2752 da pu 52792 [@] no.001 (outside)
081-0616 081-2751 | in А] See Fig-1 poem FIRES
081 - “2713
081-2721] W
A [r] Tool No, 081-2721-75
081-2714 y ae a
081-2746 = 081-2760
081-2705 | ~ [6] no.001 (inside & outside)
081 -0626 081-2745 — AA
[©] no.001 (inside)
a 081-0613 & 081-0611
081-2740 gen = + Fluid No. 012
7 le 081-2704
081-2744 -— [А] See Fig-3 cogs | 6 081-2761
2 | qx
081-2742 081 -0627 a | — [6] 0.003 (sliding part)
[6] No.002 (inside & outside) г Screw lock Fluid No.012 (the rotary axis)
081-2743 081 -2737 081-2750
er -2738 \ 081-0617
a: 0621 |
[©] No.001 (inside & outside)
081
081-2720
|
CB 081-0622 Dr
POLE Fluid No.012 (the axis side) j
y 081-0623
081-2726
[В] Bond G17
-2719
« Using the special tool (Tool №. 081-2721-75), turn the
gear round in the direction of the arrow mark, and set
it at the position shown in the diagram.
Fig- 4
Fig-7 2731
Fig- 10
Iron piece lever
081-0620
Mech, time operation lever
081-0619
2715
» Turn the gear round in the direction of the arrow mark,
and set it as the position shown in the diagram.
«lf the spring is strong the body time lag won't be
secured.
- If the spring is weak, the mirror won't move up.
Fig-9
The upper side of the shutter
1 2734
« Turn 2734 round in the direction of the arrow mark, and
set it at the position shown in the diagram.
« If the spring is strong, it won't be pushed enough by the
hold lever spring (081-2738) and won't be pressed to the
Mg.
«If the spring is weak, it may not be uniformly separated
the Mg. causing speed variations.
Disassembly & Assembly-2
081-2711
(Screw-lock)
ya -2755
[2] Remove the shutter in the charged condition !
by setting the set lever im the direction of а L
the arrow mark. 081-2754
[Al Charge both the front and rear blades, and
set the "X” contact lever /081-0605) clock-
wise. 081-2756
Assemble the shutter base plate in the charged 'Screw-lock)
condition by setting the mech. time operation
lever (081-0619) and the set lever (081-0612)
in the direction of the arrow mark.
Mech. time operation lever
081 - 2608 re Left screw
081-2607 /9 А]3ее Fig-11
081-0604 Ey | |
|
081-2606 Y 081-2608
E Make the SP work rs
| е м ‘
081-2612 to the extent that Als San
[6] ме.001 (outside) the rear blade
~ may operate.
081-2604 « See Fig-11 081-2606
ГС] Ме.001 (inside & | (4 See Fig-11
| id я Е
— outside! ¥ =
{> 081-2605 [А] Make the SP work to the extent that
081-0606 LA]
Fluid No.012 the fore blade may operate.
081-2603
Arrangement of
081-0605 081-0603 [6] no.001 (inside & outside) lead wires
| ce
081-2609 081-2614
en 081 -2602
+
N [6] No.001 (inside)
E a, mi
Sy ty [6] no.002 1 bendinside) 081-0607
-08 1 -2603 081-2613
081-2614 ¥ 081-2615 AJSee Fig-11 _—
081-2616 081-2601 — _
Ase Fig-11 | e. ee Bene Blue
081-0608
[G] 10.001 (inside)
[6] no.002 a [С] - Finger mark and oil stain (Ве sure not to use thineer and other
$ = chemicals. If they sre used, the powdety lubricant sprayed on
a "Su the blades will be removed.)
__ N 4 (Gently rub away finger marks and other stains with a rubber
[A ]see Fig-11 % - ==” eraser.)
N « The cover of both the fore and rear blades tend to
=" "4 be deformed.
081-2610 Fe .
a y, ES ри (They may cause non-uniformity and variations in
081-2617 E ww u the operation of the blades.)
—_
ШАНег assembly: Attach the shutter block to the body, and then attach the shutter base plate
(081-0270) and the winding lever (081-0340). (See Page. 13~15 of the disassem-
bly. assembly, and adjustment manual. |
Confirmation: 1.
Operation of the mech. shutter.
Set the speed dial to “В” and "X",
to confirm that the rear blade is locked at “В”,
Es. de
2. Confirm the attractive force of the Mg.
and then release the shutter. Be sure
while the shutter opens at
(See Page. 49 of the disassembly, assembly, and adjustment manual.)
i
|
* » *
= F
HAdjustment of the Shutter Block
Mitems to be Adjusted
Adjustment of the Ist curtain and its speed.
Adjustment of the force of the control lever (synchro “FP” time lag.)
Adjustment of the 2nd curtain and its speed.
e i ba =
. Adjustment of the manual time.
5. Adjustment of the synchro “X” time lag.
MTesters The 081 standard circuit meter (Model SC-1)
The digital time counter (Model TC-1)
The shutter tester
MDiagram of the connections between the testers and the shutter block
Digital time counter
СМИ (Yellow) ¿Li —
En:
„Я "D
0
Shutter tester
Eb] ® E Е
= | sus
OY Me(Black) | … Y
a [Ssodrs-
tot ho
Few, > | AUNT
mi Ne; Karen À T ©
u if ley О 00 ©
Hi ME ~ FP (Blue) ute
si ‘| Ш 081 standard circuit tester Ww
| | Synchro cord (+!
Body earth
Synchro cord (—}
[1|/Adjustment of the Ist curtain and its speed
Standard Value: Shutter tester 21mm 6.0ms.
Шном to Adjust:
1. Connect the lead wires of SW.4 and Mg of the shutter block as shown in the diagram
of the connections between the testers and the shutter block, and set the testers as
explained below:
e081 Standard Circuit Tester e Shutter Tester
SS SEL: 1/1000 Curtain running direction: Down
У SEL:3.0V Function: Run. Т or Ist Run. T
2. Set the speed dial at a position other than “В” and “X”, and adjust the Ist blade driv-
ing spring so that the shutter may show the standard value when released by pressing
“RESET” SW of the 081 standard circuit tester.
The fore blade driving spring will be changed up to about 0.1ms by the gear 1.
2]Adiustment of the force of the control lever
(Synchro “FP” time lag)
MStandard Value: i14ms (11~15 ms)
BM How to Adjust:
1. Connect the lead wires of SW.4 and Mg of the shutter block and those (blue) of the
synchro “FP” as show in the diagram of the connections between the testers and the
shutter block, and set the testers as explained below:
® 081 Standard Circuit Tester e Shutter Tester
SS SEL: 1/1000 Curtain running direction: Down
V SEL: 3.0V Function: FP
2. Set the speed dial at a position other than “B” and “X”, and adjust the control lever
spring so that the shutter may show the standard value (14ms) when released by pressing
“RESET” SW of the 081 standard circuit tester. The time lag will be come shorter
when the control lever spring is made stronger, and vice versa.
3¡Adjustment of the 2nd curtain and its speed
Ш Standard Value: Shutter tester 21mm 6.0ms
Mi How to Adjust:
1. Connect the lead wires of SW.4 and Mg of the shutter block as shown in the diagram
of the connections between the testers and the shutter block, and set the testers as
explained below:
e 081 Standard Circuit Tester e Shutter Tester
SS SEL: 1/1000 Curtain running direction: Down
V SEL: 3.0V Function: Run. T or 2nd Run. T
2. Set the speed dial at a position other than “В” and "X", and adjust the 2nd blade
driving spring so that the shutter may show the standard value when released by
pressing "RESET" SW of the 081 standard circuit tester.
The 2nd blade driving spring will be changed up to about 0.1ms by the gear 1.
3. Set the shutter tester to “Function: EXP. T”, and release the shutter.
In this case make a readjustment so that the measured value of the “А” range may
become equal to that of the “C” range.
n
©
4lAdiustment of the manual time
MStandard Value:
“SS SEL” Set position of 081
Indication of Shutter Tester
Standard Circuit Tester Standard Value Allowable Value are iene
1/1 1000 ms 758—1320 (+0.4EV) 1 s
1/4 250 ms 189~330 (+0.4EV) 251 ms
1/1000 0.98 ms 0.91~1.05 (+0.1EV) 2 ms
Note: The allowable value is the central value of the tester.
Refer to the inspection standards for variations.
M How to Adjust:
Connect the lead wires of SW.4 and Mg of the shutter block as shown in the diagram
of the connections between the testers and the shutter block, and set the testers as
e Shutter Tester
Curtain running
direction: Down
Function: EXP. T
® Digital Time Counter
SEP-COM SW: SET
Trigger level: A-CH: +1 (V)
B-CH: +1 (V)
Trigger slope: A-CH: +
B-XH: +
. Set the speed dial at a position other than “B” and “X”, and set the 081 standard circuit
tester to SS SEL: 1/1000". Then adjust the eccentric pin of the trigger switch so that
the shutter may show a value close to the standard value (0.98ms) when released by press-
The Value will be come smaller when the eccentric pin is turned clockwise, and vice versa.
1.
expleined below:
e(081 Standard
Circuit Tester
SS SEL: 1/1000
(1/4, 1/1)
V SEL: 3.0V
2
ing “RESET” SW.
3.
If no adjustment is possible with the trigger switch, readjust the force of the control
lever (within the standards of the synchro “ЕР” time lag) so that the value may become
close to the standard value (0.98 ms).
4. Set the 081 standard circuit tester to "SS SEL:
1/1”, and confirm that the shutter shows a value within
the standard value range when it is released, as is the
case with 1/1000.
Note: The indication of the digital time counter varies
a little depending on the chattering of SW. 4.
MRelations between variations in the force of the
1/4,
control lever on one hand and the shutter speed on the other.
Я (Rotary angle)
Variations in the force of the
control lever
=
„=
e
„=
Start of the 1st er
curtain .
gr ~~ МЕ OFF
On of the trigge =” i
SW AE i т
= | 1
On of the FP a Se Er
Sw a = CR time ME
| t (time)
tr Á range
a = =
Synchro "FP" time lag ‘ т
\ 4
Ñ \ 10.5 mm
\
\
\ 4
К x B range 24mm (Picture frame)
1
|
№ | \ |
. \ 1 4 mm
| \ i \
po N \
к A т Fänge
1
Shutter speed + i
Li
Running speed of the Ist curtain
eccentric screw
[BlAdjustment of the synchro “X” time lag
№ Standard Value: A range: Over 0.4ms В range: Over 2.0ms
MM How to Adjust:
1. Connect the synchro “X” lead wire of the shutter block as shown in the diagram of the
connections between the testers and the shutter block, and set the shutter tester to
“Curtain running direction: Down Function: X”.
(Keep the 081 standard circuit tester at “Power: Off”. )
2. Set the shutter dial to “X”, and bend and adjust the “X” contact piece so that the
shutter may show the standard value at the “A” range when it is released. In this case,
confirm that the value measured at the “B” range remains within the standard value
range,
MSpecial Tool
ETool No. 081-2721-75
Ratchet cnarge tool
MSub Material
WGREASE BBINDING AGENT + SOLVENT
+ Grease No. 001 (White) « Bond G17 + Thinner
+ Grease No. 002 (Black)
«Grease No. 003 (Yellow)
BOTHERS
‚ Fluid No. 012 (oil)
Disassembly, Assembly and Adjustment
MFor disassembly, refer to the related pages in the reverse order as the contents
of this manual are arranged in the order of procedures for assembling and ad-
justing.
— Abbreviations —
Disassembly note and reference.
Assembly note and reference.
Special tool No. and where to use it.
Grease to be used and where to apply it.
Bond to be used and where to bind.
Caution in general.
00806
MDisassembling Procedures Chart
P. 32 P.32 P.12
Penta prism cover Bottom cover Back cover
+
y y
P.32 [Right cover Left cover | Р. 32
Р.31 Р. 27 Р. 26
Removal of soldering A Penta holder Е Disassembling
P. 27 P. 24
P.29 pi ee № Front base plate — Disassembling
P.15 P.18
Rewinding base L.;Pisassein- Printed baso P.27 Р. 23—Р. 19
plate bling Р.15| plate-B > Mia hee — Disassembling
y.
P.151Shutter base plate Disassembling |P. 17
+
Р. 13| Shutter Block
y
P. 9 Counter base plate —p] Disassembling P.9
|
Film advance operation lever
P. 7|Film advance operation ring
Film advance axis base plate
И
Р 6 Film advance axis
y
P. 5| Multiple exposure axis
Y
P. 3 |Film advance base plate —# Disassembling Ip. 2
+
P. У Spool & sprocket |
For assembling and adjustment procedure chart see next page. =?
M Assembling/Adjustment Procedures Chart
BFirst half of body
[Spool assembly D— ei Spool & sprocket| > Shutter block ones pase
plate
® Confirmation of shutter block © Soldering
Pp 2 ET performances (P. 48)
® Overcharge amount ® Arrangement of
Film advance Film advance lead wires
base plate base plate e Shutter release position OFF
assembly ® Sprocket positioning of SW. 2
® Determination of film
advance gear fixing |
postion and positioning Р.16-Р. 18 Pp. 15~P. 16
of reversing stop nail B Eye-piece Eye-piece frame
frame assembly Main SW.
p 5 Main SW. assembly Shutter base plate
= Shutter base plate Em eS button lock lever
| Multiple Exposure axis | assembly operation
Printed base plate- Printed base plate-B
P. 6 В assembly ® Space adjustment of
: SW. 1
| Film advnace axis ] Shutter speed dial
pulle y
P.7-P.8 P.18
Film advance operation lever | Film advance axis base plate assembly |
Film advance operation ring
Film advance axis base plate Y
® Film advance operating lever | Film advance axis base plate |
disengaging timing adjustment 1
O Reversing stop nail В engaging P.15
timing adjustment
e Confirmation of film advance
nail and stop lever operating
timing
P.12
Back cover
® Lock adjustment > Y
= а Y P.9-P.10 First half of body finished
| Counter assembly | 3 Counter base plate
® Counter adjustment
% P.11
® Multiple exposure
axis positioning
ÆSecond half of body to completion of body
Р. 25
| S.S designation |
Р. 1 —Р.18 Р.19—Р. 23 + P 24 P. 26
First half of body Mirror box Front base plate | Penta holder |
finished @ Space adjustment of ® Connecting ring stopper positioning
Sw. 5 e Lock lever adjustment
e Synchro continuity checking
IM y | Р. 27-Р. 28
Front base plate set
e Arrangement of lead wires
e Confirmation of diaphragm reducing operation
e Adjustment of mirror angle
Y Y Р. 29—Р. 30
e Self adjustment
e Confirmation of preview SW, ON+OFF
> eS.S. designation cord engagement
e Diaphragm pulley engagement
+ P.34—P.37 P.32
® Body back adjustment P. 31 Left cover
® Finder back adjustment e Soldering |
e In-finder adjustment | e Arrangement of ASA ring
e Adjustment of diaphragm sliding lead wires |
plate resistance and ASA Rewinding knob
y P.38—P. 40
® Manual second adjustment
e Synchro time lag confirmation
® Minimum working voltage confirmation
e AUTO exposure adjustment
$ на
| Bottom cover |
Right cover
P.32
| Penta cover |
Y
Body completed
Body 1 Spool & Sprocket
9611-1720-07
No.335 (Inside)
Insert sprocket into body
[С] For smooth film advance, attach sprocket vertically
without an inclination
0118
9611-2020-07 &
0190
[G] no.335 (Inside, sliding part)
No.335 (Inside)
[A] Install this before spool is installed.
9611 -1425-07
0125
9792-7194-20 |. ¢
9794-7194-20
3035 E
3037 Y
[@] no.335 (Top, bottom and inside)
MW Film Advance Base Plate
C | | [G] No.335 (Gear part)
3023 (S))
Make adjustment with 9790-5585-50 or 9791-5585-50 so that the
| stage gap between 3023 and base plate bearing can be within
0. Imm.
9790-5585 -50
_ or Pe
9791-5585 50 [A] Incorporate according to punch mark
ав Fig- 2
(Gear part, back side, sliding part) How to engage 3057 SP
9407
9419
[6] no.335 (Inside & outside)
3065
` 3047
o [A] See Fig-3
(Installing directions)
(old) (new) — ” Fig- 3
: _ [O 2 How to engage 3047 SP
к (6] No.335 (Gear-bothsides, sliding part) gage
Hole White mark :
=.
- — —_ CF) 3049
> ue 3047
9101 GLE) Left screw
Body 2 Film Advance Base Plate
9611-2050-07 |
Film advance base plate|¢
[A] For incorporating refer to |%
Point 1 (P. 4).
[G] No. 335 (Gear part, inside) — If ID
il 1
3027
® 9611-1730-07
POINT-1 Incorporating Film Advance Base Plate and
Positioning of Sprocket
With the body in the condition shown in the following figure, incorporate the film advance base plate
set (with punch mark of gear fit) into the body. The sprocket axis should be pushed up with your
finger.
NS %
$ 0
When film advance base plate is attached,
ZN
КУ
= O set the reversing stop nail À (3048) in
the position shown in the figure.
A PS
(О ED: i
= Position of sprocket nail
Clutch pin of 0190 should be at
32°44" with body
After incorporating, determine the mounting position of film advance gear and position the reversing
stop nail B.
Mi Mounting Position of Film Advance Gear and Position of
Reversing Stop Nail B
As shown in the figure to right, adjust the reversing
stop nail collar (9419; eccentric) into the position
where film advance gear (3023) connects with the
reversing stop nail B (3065) and fits into the groove
of the gear. Clamp it with 9407.
After the adjustment, check as follows:
— 9419 (Eccentric)
BCheckup after adjustment
Turn the spool once clockwise, and make sure
that the sprocket (3041) is in the position 3023
shown in the figure at the right in which the
reversing stop nail B (3065) has fallen into Make one turn
Sprocket positi
the film advance gear (3023). procket position
3065
Fallen position (gap: 0)
Body 3 Multiple Exposure Axis
2227 [AÏisee Fig-4
3055 —|
[А] See Fig-4 |
3019 [A] see Fig-4
XQ
9611-1435-01
[0] unscrew
[A] Lock temporarily
Fig-4 How to engage 3071
3019, 3055 SP.
3054
3055
3069
[A] Fit tightly to body
Multiple exposure axis should be positioned after the
counter base plate is incorporated.
Body 4 Film Advance Axis
_9721-0150-13 9035
ope
0280
3029 4 ,
[a] See Fig-5 _ A -
3015 us
[A] See Fig-5 / -
ab“
(Inside, top and bottom)
No.335
(Inside, top and
bottom)
Release the nail in
arrow direction
Film advance axis
0160
3050
[c] Left screw
Tool No. 026-1040-77
|
ИА] Release it in the arrow direction to
incorporate the film advance axis
| 3070
[A] Fit this part to 3065
[С] Don't press the film advance axis La
3065
Fig-5 How to engage 3015, 3029 SP
3015 3029
Body-5 Film Advance Operation Lever, Film Advance Opera-
tion Ring and Film Advance Axis Base Plate a
ED 9612-2040-01
3074 After the film advance operation lever is |
installed, incorporate the film advance axis AE. Film advance axis base plate
bearing. 0150
[A] See Fig-7
о Film advance operation ring
| Aron alpha a See Fig-6
After installing, check vertical shaking of the | 8
film advance axis. If shaking is excessive,
make adjustment by means of the adjusting 9034
washer. Excessive shaking may cause 3070 3075
RERO, RER Film advance operatior
9791 -4258-50 = |
9792-4258-20 vie a
9033
Fig-6 How to engage 3075 SP 3074
1 Fit this to the body
| @
[lus
[a] While supporting the film advance axis upward with
~ Your finger, incorporate the above parts.
MAfter assembling, make the following adjustments: (refer to next page >»)
® Adjustment of film advance operation lever disengagement timing.
® Adjustment of reversing stop nail В engagement timing.
@Checkup of operation timing of film advance nail and film advance stop lever.
Wi Adjustment of Film Advance Operation Lever
Disengagement Timing
e Purpose and caution:
This adjustment is to release the film advance lever (3007) at the same time as the
completion of winding.
‚ Releasing too quickly will cause undercharge.
+ Releasing too slowly will cause the film advance lever not to return.
® Preparation: Temporarily set the film advance lever
eProcedure: Carry out the adjustment according to the following procedures.
MBetfore winding up condition
Film advance lever
Condition at the completion of winding up
(Г) In the state of completion of film advance, loosen 9037 and
release 0126
(2) Push 3007 in the arrow direction as in the figure below
and press it to the oval hole.
(3) Push 0126 in the arrow direction as in the figure below,
move it until 3007 is removed, and tighten 9037.
(4) Wind up again and check that 0126 is released just before
the winding up is completed. Afterward, tighten the lock
screw at 9037.
Г
9037
Screw lock
0126
3007
@ wm Adjustment of Reversing Stop Nail В Engagement Timing
GS
(DD) Complete winding up.
(2) Push 0126 in the arrow
direction and release the
film advance lever as 3007
is contacted.
(3) With the body bottom up, if 3065 is in either of
the situations shown below in relation to 3023,
loosen 9007 and make the clearance 0 by means of
eccentric adjustment.
3023
Clearance Ridden over
9419
(4) Confirmation:
0126 should be able to be released after winding
up and 3065 being engaged with 3023, or at the
same time thereof.
MWChecking of Operation Timing of Film Advance Nail and
Film Advance Stop Lever
=.
lever
(Г) Restore to the origi-
nal state gradually
from the wound up
state.
ÆLower side of body
Film adwance stop
(2) Check and ensure
that the film advance
Clearance
Clearance of
approx. 0. 8mm
(3) Make sure that the (4) Make sure that the
a À film advance nail film advance lever
nail is in the posit- wd Ace а à
; falls within the range is in the completely
ion shown above in , ER ve
: where the film adva- returned position as
which the film adva-
He nce stop lever falls shown above.
nce stop lever is -
engaged with the
first notch.
into the second notch.
Body 6 Counter Base
Plate
MCounter base plate
9041
je Bond G 17
3402
La How to operate SP
“5” position
3 3% SP tip bond G 17
Make one turn counterclockwise
from the position where the
counter contacts and set it at
>
9793-2660 -20
3043
9793-2660 -20
9611-1725-07
; Counter block
] [A] For mounting, refer to Point 2 (P. 10)
3425
2034
(0)
9793-2640 -20
}
> a
2037
Fig-9 How to engage 3423, 3426 sp
POINT-2 Incorporating of Counter Block
Mincorporate it according to the procedures shown in the figure below.
Fit 3412 (plastic gear) in the same direction
Attach this while releasing it in as that of the sprocket axis of body
the arrow direction
Counter Base plate
MConfirmation after installing (Counter adjustment)
Carry out confirmation with the back cover closed. (For attaching the back cover, refer to P. 12)
® Confirmation-1: Check that (9) (У groove рт) is in the second rut of counter gear т the position
És”.
Normal Abnormal-1 Abnormal-2
In case of Abnormal-1 and -2, bend the counter
Counter stopper on base plate side stopper to make adjustment.
Counter gear stopper
e Confirmation-2: Check that the direction of (Y) (У groove pin) is as shown in the figure
below, and if abnormal, change the engagement of 0145 with 3413 to make
adjustment.
Normal Abnormal- 1 Abnormal-2
e Confirmation-3: From “S” position, wind up twice, and make sure that the counter graduation
indicates “1”.
Further wind up and check that there is no skipping, double feeding or stepping.
e Confirmation-4: Ensure the position of sprocket. (Refer to P. 4.)
10
WM Positioning of Multiple Exposure
Axis
MProceed accordingly:
Fix 3059 to the body as shown in the right drawing.
(2 Loosen 9611-1435-01 and bring 3054 to the same
surface level with 3059.
(3) Press 3059 in the arrow direction and while contact-
ing it to 0150, tighten 9611-1435-01.
MiChecking after adjustment
(D Fix the multiple exposure lever and film advance
lever to the body.
(2 Normal shooting position of multiple exposure
lever: Wind up and make sure that the spool and
sprocket work normally.
(3) Multiple shooting position of multiple exposure
lever: Wind up and make sure that shutter charge
is possible with the spool and sprocket inoperative.
3059
©
3054 AA
Insert screw-driver
9611-1435-01
(Screw lock)
Mi Attaching Direction of Back Cover Pressure Plate
MRefer to the drawings below:
Back cover
7-57
3;
BR Mig tt
= ja Era EE
(LE
= — |G] 0.006
Pressure plate
A L
Short
Body 7 Back Cover
Back cover
[A] For attaching direction of pressure
cover refer to P. 11
%
\
Pri
FG Вых
9615-1735-12
9612-2080-01
— 9613-1725-07
Duplex tape —
|
1112 A
9615-2050-01 9612-1725-07
1027 JA) [8] Aron alpha (Screw lock)
1025
1034 (y) LB] Bond 6 17
MLock Adjustment of Back Cover
If the engagement is shallow or unstable,
If the back cover lock is ridden over or the
adjust as follows:
body is rubbed, adjust as follows:
1108 — 1108— Incorrect if over 0. 2mm
== —
1108 1108
Back cover lock is Body is rubbed
ridden over.
Shallow Uns table
engagement engagement
‚ Bend 1108 to make adjustment. ° Make adjustment by bending or extending
the overall length of back cover
12
13
Body 8 Shutter Block and Contact Holder Set
4053
fit
5. 4279
[A] Put the cord forward
SW3 (upper) ON
SW2" (lower) ON
%,
re
Duplex tape
9611-1725-07
Shutter Block
For incorporating: refer to
Point-3 (below)
es Contact noise UY
set
Check each contact. Refer
to Fig. 10 After incorporat-
ing shutter, mount this.
POINT-3 "Incorporating of Shutter Block
MProceed as follows:
D Complete wind up procedure.
(2) Turn the shutter set lever in the arrow direction
and charge the shutter.
@ Incorporate the shutter block so that the shutter
set lever will be in the charge lever pin collar of
the body and that the mirror restoring lever will
be on the side of the reset lever.
ШАНег incorporating, perform the following
checkup and adjustment in order:
Ü Check shutter block performances, (Refer to P. 48)
(2) Adjust overcharge amount, (Refer to the following)
(3) Adjust shutter release position and OFF of SW. 2’
(Refer to next page 27)
Mirror restoring
lever
Charge lever
pin collar
Reset lever
Set lever
MOvercharge Amount
Wind up gently and make sure that
there is an overcharge amount exceed-
ing 0.5mm after the release lever has
engaged with the charge lever: and if
not, replace the charge lever collar
(9432: 44, 9434: 34, 9435: 3.54, 9437:
2.58) for adjustment.
Release lever
Charge lever
collar
Charge lever
u Pi
—
0.5mm
Overcharge amourt
MProceed as follows:
(D Temporarily set the top cover and
film advance lever to the bodv.
(2) Shutter release position
e Loosen 9612-1425-01 (two) so that
the shutter can be released at the
position where the shutter button
is lowered by 1.5mm and make ad-
justment of 0112.
(3) Make adjustment
®Make adjustment so that it can be
turned OFF 0.3mm ahead of the
position in which the shutter is
released.
MAfter adjustment, carry out
soldering of lead wires.
(Refer to the following Y )
‘Adjustment of Shutter Release Position and OFF of SW. 2’
9612-1425-01 ; Tester
‘Arrangement and Soldering of Lead Wires
14
15
Body 9 Shutter Base Plate, Printed Base Plate-B, SS Dial
Pulley, Rewinding Base Plate and Eye- piece Frame
9622-1720-01 @ a
ER ¡39 dial pulley
8 For mounting, refer to Point-4 ГР. 16:
0213 CSD ET cicaniness and deformation of contact.
Duplex tape
} 9612-1735-01
8404
Printed base plate-B
sil After mounting, make adjustment of
— space of SW 1 IP. 16)
2023 a 9017
With shutter speed in |
[5] [2] | N
"В" position
9612-1730-01 =.
Shutter base plate-
After mounting, check |
operation of $ button | |
lock lever (P. 16) |
9611-1725-07 - |
| 9611-1720-07
|
|
E | | 8307
8402
N on
9438
9613-2035-07
3059 - © |
9612-1735-01 a
| m
|
[A] When attaching the printed
base plate-B, release SLS —
signal in the arrow
direction.
Fig-11 How to engage 2024 SP.
— 2024 de
MS Button Lock Lever MSpacing Adjustment of
a Operation Check Sw.1
*iIn case of ON, contact pressure should exist.
With SW turned in the arrow
direction, 5 button lock
lever should be released and
the S button should be able
to be pushed
Bend 4034 for
adjustment
Clearance of 0.4mm
lin case of OFF)
POINT-4 Installation of S.S. Dial Pulley
MWith shutter speed of AUTO, the brush holder (0213) is in the position shown
below.
Slot of 55 dial pulley
Set so that the slot of SS dial pulley can be
in the center of projection indicated by oblique
lines.
MPrint Base Plate-B
MFor mounting each part, refer to the drawing below.
8306
8304
8305
17
MShutter Base Plate
€ 9611-1725-01
9758-0150-00
—[[6] 0.335
Clicking feeling
[G] no.335 (Clicking part
9721-0150-13 С] No.335
(Back pin, sliding part)
[6] No.335
0273
e
= == [6] No.335 (Periphery)
2025
9613-1425-01 E
=
| y a 2021
[5] (Contacting part)
Refer to Fig. 12
[<] no.335(0272 and sliding part)
2017
Refer to Fig-12
Fig-12 How to engage 2021, 2017 SP
Body back <
S
2021
Power switch
Pal) С
ys Tr | Pe No.335
/ th ve
9758-0120-00
9611-1420-07
MEye-Piece Frame
раб
о
ASR
ь eE
i” NS — 0441
9758-0150-00 N (Ss
le > Y 9695-1735-07
SS | 9321
“Tri
хи [0] Puit out
as e 3, "a Push in
502] oT
5022 S
9325 O Pull out
o [a] Push in
HRewinding Base Plate
Fig-13 How to engage 4106 SP
[A] Make two turns and fit
: to the stopper
9612-1730-07
4116
Body front
—4111
pr С] Reformation of brush
Resistance of sliding body.
[el Dirtiness of both sides and 9613-2025-07
damage. $
19
Mirror Box-1
9003
dJScrew lock (from inside of mirror box)
Screw lock (from inside of mirror box) f” = [A] refer to Fig-14 9009
2509
20. » = Check С] |
[A] Refer to Fig-14 № tn q operation Refer to Fig 14
2 и
(el (Inside and 0518
periphery)
5009
Short SD
Long 9611 -1420-07
Body front
2509
20
Mirror Box-2
ре” № Pay attention to installation directions.
—T I
2577 to
9611-1420-07 |® га
No.006 (periphery)
2575 Te |
: 9021
Tool No. 054-9021 -77
9031 a Screw-lock (from inside of mirror box)
Screw-lock (from inside of mirror box) E)
2578
[А] Refer to Fig-16
[С | №.006 (sliding portion)
F E
9023
<
2517
Note installing directions,
4254 ——- ¿== 0517 should not be rubbed.
N 9006
== 9052
9014 | Screw-lock (from inside of mirror box)
Screw-lock (from inside of
mirror box) _— [<] №006 (inside and gear portion)
[А] Reter to Fig-15
[S]N..006 (Gear and sliding
portions, inside}
wei [€] Hook portion on the right side of spring is smaller,
Fig-15 How to engage 2524 SP
Fig-16 How to engage 2578 SP
No float is allowable
for lever,
21
Mirror Box-3
\ Mirror holder
\ [CJ Scores, dirt and fingerprint
3140
Refer to Fig-17
Edd 5164
iB)
IB] Bond G 17
3177
=e
5
3
2
à
5
E
:
A
5122
[A] Refer to Fig, 19
Screw-lock (from inside of mirror box)
vet
For contact spacing, refi
fa] to next page.
[A] Reter to Fig-18
Fig-17 How to engage 5140 SP Fig-18 How to engage 5136 SP Fig- 19 How to engage 5122 SP
— 5140
= When mounting 0512,
loosen 9022
=} =
0511 =
sn” 5136
9022
MMirror Holder
[8] Nissho Bond
[C] Don't apply adhesives on the projecting parts.
9010
5131
9116
KA
f if, :
№
9011
ШАНег incorporating this, make spacing adjustment of SW. 5.
MSpace Adjust of SW.5
Fig-20 How to engage 5110 SP.
5110
Ч?
Tip contact pressure: 5. mA
= Within 0. 5mm
MMirror lowered. MMirror raised.
Make adjustment by Make sure that contact
loosening 9408 and is positive.
moving SW. 5. hori-
zontally.
23
Mirror Box-5
$157
9611 -1420-07
5007
[A] This should be closely fit to mirror box.
Mi Positioning of Connecting Ring Stopper (1067)
MUsing special tool (Tool No. 031-0005-76).
proceed as follows:
Move the connecting ring in the arrow
direction, and at the position where
1067 is contacted tighten 9611-1725-01
and attach it with aron alpha.
Aron alpha ——
Tool No. 031-0005-79
24
MPFront Base Plate
For soldering and continuity, refer
to the explanation below.
1
For the adjustment of the lock
9026
lever and engagement of SP, @_
refer to the explanations below.
0574
N 9615-1440-07
K | '
ки la? mirrors, fingerprint, scores, dirtt.
a guns 5044
пн © ve
9721-0200-13 x SS
Tool No. 012-6007-77 O 2207
< RS [E] Ptiobond
9422 Br >“
2266 | x, er ons
2267 ÓN RS és
ox SS a | Front bas
Refer to mounting Е : р
Т] Tool No.
e 2291 vol No
- 2 Ni 054-2291 -77
= = ES MY late
"Point 5 (below). Self-timer “Я ES 2265
& gear
| > \ 9792-3168-50
y 9615-1730-07
| [7] rooi No.
031-0005-79
[a] For positioning, refer
1014
9612-1720-01 a
qe i
9615-1420-07 @
Pliobond (back)
[С] Attach this before the
adjustment of the in-finder. | 1067 to preceding page.
Tool No.
9613-1740-07
026-1041-77 dass: ès
MAdjust of Lock Lever and How EMPOINT-5 Synchro Change SW.
to Engage 1014SP
Installation
ccentric pin
(Settee lock ales Zu 1014 MProceed according to the drawing
adjustment) below:
„ Position of X
0575
MAfter engaging SP (1014). make adjustment by
means of eccentric pin, as shown above, so
that the tip of 0574 may be within 0—0.2mm [6] No.335 (Projection and =>
against 0575.
inside) N contact change SW. click
Ш Checking of Synchro Contact © 9122
Soldering and Contnuity 2266
MProceed as follows: (Ys
GA 2267
Tester | Soldering =
zn OFF by X 9110
ON by FP
MAfter assembling, check the click
feeling.
HS.S. Designation Plate
How to make SP operative: After assembling, make two turns in the arrow direction and check
that 5057 engages with the stop part of 0372. Afterward, make sure that the semicircular part
of 5.5. designation plate (5058) fits to the circle of 058) fits to the circle of 0372 and make
adjustment again.
[6] 0.006
Contact SP tip pin. 0372
Ja 5057
Projection in the arrow direction #7
Match the portion indicated by
oblique lines to “A” in 5.5.
designation plate.
5061 fa) 9791-2650-50
mu 5059
ai
Xe) 9611-1420-07
5058
[В] Bona G 17 (back side)
MAssembling order MCross section of diaphragm-in-finder lens
à | (5815) being attached.
Hooking part
Bond G 17
— 5041
5815
D
MPenta Holder
» MPrinted base plate A set
‚8312 (8317
8313 [8318
+8314 + 8319
rB316 "9321
{ 9612-1750-01
4045
4041
— ve
NN:
= =
4050
i .
7
——— 9612-1735 -01
[В] Bond G 17
0451
MPenta pressure plate set
2244
Nissho Bond
1068
MPenta frame set | | ч
[A] Numerical graduation | = à, 9612-1730-07
in reverse direction. 9015
[root No.
031-9154-79
[c] Pointer
deformation
505215) bon 617
Fresnel lens set
9112 [a] Insert the Frenel lens
into the holder for
081-9112-77 installations.
5003 de
> С] Watch direction
When sticking, don't jam
it out under 5805.
27
MFront Base Plate Set (Front Base Plate, Mirror Box
and Penta Holder)
9111 Fin-21 Arrangement of lead wires
[a] Fit url
2584
» 9611-2035-07
ШАНег assembling © Arrange lead wires. (Refer to Fig-21)
(2) Check diaphragm reducing operation. (Refer to below)
@ Adjust mirror angle. (Refer to next page =).
Mi Confirmation of Diaphragm Reducing Operation
Opening time: attach the standard lens and Diaphragm reducing time:
check that the opening is
possible with F 16 aperture,
attach the standard lens and
make sure that the minimum
aperture is possible with F 16.
MW Mirror Angle
MM easuring device: Mirror angle measuring instrument (Model MA- II) remodeled.
MRated value: 45° + 20’
M Adjustment of Front-and-Rear Position (Height) of Mirror.
1. Set to the measuring instrument the set of mirror box and front base plate, make it face
against the mirror height gauge and adjust the gauge tip by operating themirror stopper
(5109) along the arrow direction by means of the eccentric pin A so that the gauge tip may
coincide when viewed,
Mirror measuring instrument
\ Eccentric pin À
Mirror height gauge
=
hk. Mirror stopper
2. Adjustment of mirror angle (45°)
a) With the mirror box correctly facing against the autocollimator. release along the arrow
direction the mirror angle adjuster plate (5131) by means of the eccentrio pin B, look
into the autocollimator, loosen the mirror angle adjustment plate sorews (9022 and 9117)
both on the mirror box so that the center of chart image may be on the cross hairs,
make adjustment by operating the mirror angle adjustment plate (0514) along the arrow
direction, and tighten the mirror angle adjustment plate screws (9022 and 9117).
b) After the adjustment of mirror angle, while looking into the auto-collimator to check
that the chart image does not change away from on the cross hairs, make adjustment by
means of the eccentric pin B so that the mirror angle adjuster plate (5131) is along
the counter-arrow direction contact 9311, and then tighten the positioning plate set
screw (9116).
Mirror angle adjustment plate screw (9117)
(AO >.» 2
{ ae nn D Mirror angle adjustment
у plate (0514)
Y) Mirror operation pin Correct Correct Incorrect Incorrect Incorrect
ER (9311)
—
Positioning set
screw (9110) As the mirror angle adjustment plate (0514) is moved along
directions of ABOO, the chart image will move along
_ directions ABOD) respectively.
Mirror angle adjustment
Eccentric pin B :
plate (5131)
Mirror lock lever
adjustment axis (9022)
Mirror angle adjustment plate (814)
3. Checking the mirror operation
From the rear of the mirror hox, operate the mirror several times and make sure that
thechart image is within the rated values (45°+20°) and that the chart image does not
change.
4. Checking the space of SW.5 contacts
After the adjustment of mirror angle, check the contact space of SW.5. (Refer to
Page. 22)
28
29
Body 10 Front Base Plate
, (0) [a] Soldering points (Refer to page. 31)
[a] For incorporating, Point-6 (Refer to next page)
1020
Pliobond [> \
NG 1038
KL 1064
|
1039 © ie ere №
(Screw lock) Se
ae
N EE
“Ne _ et
Disengage string
[a] For engaging string, refer to next page
1010
Washers for В. В adjustment A
1081-81 - % 9611-1732-04
1081-83 — > (Screw lock)
1081-85 —
1081-87 — %
ШАНег assembling
(D) Hold down the preset lever (0519) with finger, release the shutter, raise the mirror gradually and de
check if the shutter can be clicked.
If the shutter cannot be clicked, then the shutter block is incrrect or faulty.
(2) Adjust the self-timer. (Refer to next page. №)
(3) Engage the diaphragm string. (Refer to next page. 1»)
(4) Engage the SS designation string. (Refer to next page. @)
POINT-6 Incorporating of Front
Base Plate Set
1. With the body in the state for film
advance, attach SW 2, 3 and 4.
Be careful not to cause SW to be
deformed.
Fit the
ribbon part
Procedures
for tightening
of screws +
When incorporated in the body,
— Front base plate moving
let go along the arrow direction
direction
2. After assembling the front base plate,
click the shutter at “B” to ensure about
ON and OFF of SW 2, SW 3 and SW 4.
SW 4° OFF
SW 2 SW 3 ON
3. Check ON and OFF of the diaphragm
reducing SW.
W Adjustment of Self-Timer
Self-timer lever
Start button should be invisible.
Charge up to this position and make
adjustment with the eccentric pin
for shutter release adjustment so
that the shutter can be released at
7 to 13 seconds.
Eccentric pin
for adjustment
of shutter
release
Check if the shutter can be released
when charged up to this position.
Der «Eccentric pin for adjustment of self-
Е timer position
Wi Engagement of Diaphragm
Pulley String
Engage the diaphragm pulley string as shown
in the drawing below. _
—— Diaphragm pulley string
E Confirmation of ON-OFF of
Diaphragm Reduction
Body earth
Tester
PY is OFF
©
Disconnect the lead wire (orange) of PV
SW, connect a tester between the lead
wire and body earth, turn the diaphragm
button ON and OFF to check if PV SW
turns ON and OFF.
Mi Engagement of S.S. Designation
String
Set the speed dial at 1000 and engage the
string as shown in the drawing below.
Shutter speed dial (1/1000)
SS designation string
MW After the adjustment of the self-
timer, the engagement of the
diaphragm pulley string and SS
designation string, carry out the
following adjustments:
e Adjustment of the body back (Refer to
Page. 34)
e Adjustment of the finder back (Refer
to Page. 35)
® Adjustment of the in-finder (Refer to
Page. 36)
e Confirmation of the diaphragm (Ау)
sliding resistance and ASA (Sv)
operation (Refer to Page. 37)
MWith the above all finished, carry
out soldering and arrange lead
wires. (Refer to Page. 31)
30
31
a тью
Ата
УМ. 3141. SW +
WSoldering and Arrangement of Lead Wires
32
Body11 Penta Cover, Left and Right Covers and Bottom Cover
@ MFirst attach the left cover, exposure correction dial and rewinding knob to the
body, make the following adjustments and, after the adjustments are finished,
complete the body.
Manual split second timing adjustment (Refer to Page. 38)
Synchro time lag confirmation (Refer to Page. 39)
Minimum working voltage confirmation (Refer to Page. 40)
B.C. lamp voltage confirmation (Refer to Page. 40)
AUTO exposure adjustment (Refer to Page. 41)
Tool No.
Ina men 5033 q [В] protons Rewinding knob
9121 (A
3004 [S] no.335 (back) e,
5031 @
9790-4180-50
9791-4180-50
none QU bb
iT
Tool No => 4131
- Qe Penta cover 081-4131-77
Pliobond
Exposure Correction dial
or
| (
« с“ am, :
_-@® Fit the pin (rod) to the ~
IS [A] oval in the back side. CH) 4140
3066 |
9691-1735-04
æ 9622-1775-01 ER
9029 (A 012-2438-77
9790-3258-50
u 0420
oats D 4025 RB 4 II cD
— À Lett cover
|
Tool No. |
|
|
|
| [G] no.335 (click part)
In the position ~~
ASTM
PP Hie TA Peg
Я 9613-1730-04
Bottom cover
33
Mi Penta Cover
N 1053
N
N.
Hy
Mi Exposure Correction Dial
4124
0391 =
ptiobond DI
[6] No.006
>=
0392 = D y
4129
[&] no.335 4127
|
a 8 9611 -1416-01
Fa FRE — Fit to graduation "0"
= = my and stick together
— Click has come out
MShutter Speed Dial
2002 Fix the dial to the body and at the position of
— “AUTO” fit it to indicator
Pliobond |
2029
9721-0120-13 “© 2028
9791 -2135-50
0332
4123 | )) [А] Distinct face from back =
35
Mi Adjustment of Finder Back
WM Measuring instruments:
: 1000mm collimator (Model RC-1000 I, I, №)
: Standard lens for adjustment of finder back (054-5202-79)
. Magnifier
MStandard value: 43.575+0.02mm
BAdjustment procedures:
1. Set the body in a position where the chart image can be seen as in the figure below, and set
the visibility of magnifier to the chart image.
Microsplit
Chart No, 5
Split image
1000mm collimator Magnifier
Standard lens
Collimator chart image
[Chart No.5, Chart Cl /
2. In a condition where white lines of the standard lens coincide, loosen 3 set screws of the penta
holder (9111 left screws), raise and lower uniformly the focus adjusting nut B (9112) and, at
the position where the vertical lines of the chart image coincide, tighten 9111.
Focus adjusting nut В 19112
Tool No. 081-9112-77
V-B excessive V-B insufficient
ре a ora Sl
Penta holder set screw (49111) cb
| | | | | standard lens
yellow yellow white yellow yellow |
—0.02 0 +0.02 unit: mm
43.56 43.58 43. 60
3. After the adjustment, operate the mirror several times, rotate of the standard lens, and make
sure that, when vertical lines of the chart image coincide, the standard values (43.58+0.02mm)
are not exceeded and that no “half fuzziness’ is observed.
MFinder Adjustment
e 1. Adjustment of diaphragm-in finder
Attach the standard lens to the body, look in the finder with the diaphragm set at 5.6, make sure
the position shown in the figures below is maintained and make adjustment if necessary.
i [5e]
| Correct |
1 3
ie —_—
5 b = а = > b
0316
Scotch tape
elf the frame of diaphragm-in finder is
deviated higher or lower, make adjustment
by sticking Scotch tape (0.1t) at the posi-
tion of 0316 shown in the figure.
elf F 5.6 is not in the center of the elf F 5.6 is not in the center of the frame
frame but deviated up or down, bend but F 4 or F 8 is visible instead make
0372 back and forth as shown in the adjustment by sliding 5036 horizontally and
figure for adjustment. then glue it with paste.
Er [Se] [ва] 4 [et
A
2. Adjustment of speed-in finder.
With the speed dial set at 1/1000, look in the finder to make sure that it is in the position
shown in the figure below and make adjustment if necessary.
9611-1420-07
elf 1000 is deviated to left or right away
from the center of the frame, loosen
Also make sure of A (auto).
e When 2009 is shifted for adjustment, if
. ; 2009 is deviated beyond the range shown
и ‘ in the figure, loosen 9611-1420-07 and shift
the position of 5058 for adjustment.
eIf 1000 is deviated up or down away from
“
“
L
= —
=
Adjustment range of 2009
the center of the frame, make adjustment
by replacing or removing 5044 as shown
in the figure.
: [se]
Correct [5.6 | correct 5.6 High Le Low
5044 >
Slide clockwise 2009
нерасе <>
Siide counterclockwise 2009 ?
5045 CZ Remove
9622-1720-01 and slide 2009 for adjustment.
36
37
Wi Confirmation of Operation of Diaphragm (Av) Sliding
and ASA (Sv)
M@ Measuring instruments:
: Digital Tester (Type 2507) or ohmmeter
: Standard lens (50mm F 14 )
MStandard value: 300+50N, at Е 1.4 60+20N, without lens.
M Adjustment procedures:
1. Adjustment of diaphragm (Av) resistance values.
Connect lead wires “Black” and “Orange” ASA diaphragm rub resistor (0232) as shown in the
figure below, set the lens aperture at F 1.4 and by means of the diaphragm adjustment pulley
(4104), adjust the resistance to the standard value (300+50)
2. Diaphragm (Av) resistance value check.
Operate the diaphragm ring and check that no “leap” or “stalemate” in resistance value change
is observed.
Make sure that, if the diaphragm is returned slowly or quickly back to F 1.4 from outside of
F 1.4, the resistance value remains within the standard value.
Remove the lens and check if the resistance value remains 60+20N.
3. ASA (Sv) check
Connect lead wires “Black” and “Yellow” of the ASA diaphragm rub resistor (0232) as shown
in the figure below, attach the exposure correction dial, operate ASA connecting pin and make
sure that no “leap or “stalemate” exists in resistance value change.
Standard lens
ASA connecling pin
Diaphragm adjustment pulley
Digital tester (Range: (1)
Black —
WM Manual Split-Second Timing Adjustment
@ Measuring instruments:
: 081 standard circuit tester Model SC-1 or constant-voltage DC power scurce Model Е-1 or E-2
. Shutter tester
: Power source adapter (081- 4204-79)
MStandard value:
Shutter speed | Standard value | Allowable value (+0.1Ev) _| Note: Allowable values are central
dl 1/4 250ms 233~268ms values of the shutter tester.
1/1000 | 0.98ms 0.91—1.05ms
MAdjustment Procedures:
1. Set the measuring instruments as shown in the figures below and set the power source voltage
at 3,0V,
Digital counter POWER: OFF
7 58
aw
FP.M, 2 ШТ ER
EXPT mr ON O O ©: 8
un tnd ORT 4 бо бо @
99 оо ©
FUNCTION POM otter tester 77
| | 081 standard circuit tester
2. Release the shutter at a speed of 1/4, and make adjustment by means of Ri (resistance for
long split-second timing adjustment) so that the measured value may approach the standard
(250ms). Ri loses speed when turne left and gains speed if turned right. (Refer to the
figure below).
uf
3. After 1/4 adjustment, release the shutter at a speed of 1/1000, make adjustment by means of
Riz (resistance for short split-second timing adjustment) so that the measured value may
approach the standard (0.98ms). R;: gains speed if turned left and loses speed if turned
right. (Refer to the figure below).
Ш When manual split-second timing is
“OPENING” or “QUICK SHOOTING”,
for cause of trouble refer to the
chart (P. 3)
ШИ printed base plate A is replaced,
make adjustment after each of variable
resistances (R,, Ra, Rz‘) has been
set approximately in the center.
38
39
WM Confirmation of Synchro Time Lag
ШМеазигтя instruments: ©
: 081 standard circuit tester (Model SC-1) or constant-voltage DC power source (Model E-1 or E-2)
: Shutter tester
: Power source adapter (081-4204-79)
MStandard value: Synchro contact | Allowable value of time lag
x Range A Over 0. 4ms
Range B Over 2. От
FP 11—15ms
MChecking procedures:
1. Set measuring instruments as shown in the figures below:
Degital time counter POWER: OFF
FAM г мм
вт, “lue MNT М
081 standard circuit tester de
FUNCTION
Shutter tester
Synchro cord |
2. Confirmation of “FP” time lag
Release the shutter at body shutter speed of 1/1000, svnchro change SW (FP), shutter tester
“FUNCTION” and power source voltage of 3V, and check that the measured value is within the
standard (11—15ms).
3. Confirmation of “X” time lag
Release the shutter at body shutter speed of X and with synchro change SW (X), shutter
tester “FUNCTION” and power source OFF, and check that the measured value is within the
standard (Range A: over 0.4ms, Range B: over 2.0ms).
MIf the measured value of time lag of FP and X each is beyond standard, check the shutter block.
(Refer to P. 50)
40
Wi Confirmation of Minimum Working Voltage
dy MMeasuring instruments:
: 081 standard circuit tester (Model SC-1) or constant-voltage DC power source (Model E-1 or E-2)
‚ Shutter tester
- Digital tester (Туре 2507) or DC ammeter
: Power source adapter (081-4204-79)
MStandard value | Shutter speed | Standard value | Allowable value (+0.45Ev) |
1/1000 0.98ms '6..71—1 3e
Checking procedures:
1. Set the measuring instruments as shown in the figure below, and set the power source voltage
at 1.70V. Release the shutter at a speed of 1/1000 and check that the measured value is within
the standard (0.71~1.33ms).
A-CH| Digital time counter
POWER. OFF
081 standard circuit
tester
FROM № AUNT
EXPT . + Te AUNT ON
BOUND * "nd RUNT &
MR FUNGTION POWER
Milf the measured value is beyond the standard, readjust the manual split-second timing or check the
shutter block.
Shutter tester = c = Digital tester (Range: V)
Ш Confirmation of B.C. Lamp Lighting Voltage
MiVeasuring instruments:
:081 standard circuit tester (Model SC-1) or constant-voltage DC power source (Model E-1 or E-2)
: Digital tester (Type 2507) or DC ammeter
: Power source adapter (081-4204-79)
MStandard value: Lighting at over 1.71~2.0V
MChecking procedures:
1. Set the measuring instruments as showin in the figure beiow, and set the power source voltage
at 1.7V, turn down B.C. SW in the arrow direction and make sure that B.C. lamp is. “out”.
Next, set the power source voltage at 2.0V, turn down B.C. SW in the arrow direction and see
if the B.C. lamp is lighted.
Digital time counter
BC SW
O81 standard circuit tester
Power source adapter
Digital tester (Range: V)
ШТЕ B.C. lamp is not put out or lighted, refer to the troubleshooting chart. (Refer to P. 2)
Wi Adjustment of AUTO Exposure
METETE, TOMS, ATIAB
CdS front
C CdS common terminal
CdS High terminal H | L CdS Low terminal
R,
Adjustment of constant
current 25uA
Ra
Adjustment of diaphragm and
ASA constant current 8yA
3
Adjustment of meter pointer
RL
Adjustment of high brightness
Rs
Adjustment of AUTO SS
Rs
Adjustment of low brightness
Ro
CdS back | Кр
1) Adjustment of R: — Adjustment of constant current 254A— dh
M Measuring instruments:
: 081 standard circuit tester (Model SC-1) or constant-voltage DC power source (Model E-1 or E-2)
: Digital tester (Type 2507)
: Power source adapter (081-4204-79)
- Screw-driver for brightness calibration
M Adjustment procedures:
1. As shown in the figure below, connect lead wires for measuring to IC terminals “7” and "8"
of the printed base plate A (0432) and disconnect the soldering at the terminal “C” of CdS
front.
2. Set the measuring instruments as shown in the figure below and set the power source voltage
at 3.0%.
Digital time counter POWER: OFF
Cds “Cc
081 standard il
О O Cy: A circuit tester
оо 00 @
? т 00 @ s
U Power source adapter Ls de
С Lead wire Гог measuring IC “8 Digital tester (Range: Y)
3. Turn Ri and make adjustment so that voltage (mV) of IC terminals “7" and “8” of the printed
base plate A (0432) may be of the value shown in the table below. Voltage decreases if Rı is
turned right and it increases if Rı is turned left.
Ambient temperature | 10~20T | 20-300 | 30~40T
Voltage (mV) 375+ 1 | 388+ 1 | 398+ 1
2 Adiustment of R2 —Adjustment of diaphragm, ASA constant current 8uA—
Wi Measuring instruments:
‘081 standard circuit tester (Model SC-1) or constant-voltage DC power source (Model E-1 or E- 2)
: Digital tester Type 2507
: Power source adapter (081-4204-79)
: Standard lens (50mm Е 1.4)
" Serew-driver for brightness calibration
M Adjustment procedures:
1. As shown in the figure below, connect lead wires for measuring to PV SW pattern and earth
pattern of the printed base plate A (0432), and disconnect the soldering at “С” terminal of
CdS front.
2. Set the measuring instruments as shown in the figure below and set the power source voltage
at 3.0V.
Digital time counter POWER: OFF
O81 standard circuit
tester
Power source adapter
Standard lens
cds al des
Lead wire for measuring
Digital tester (Range: VW)
Lead wire for measuring
3. With Pv button of the body depressed (Pv SW:ON), measure voltages (mV) for lens F 2.8 and
for lens Е 16,:and make adjustment by means of Rz so that the difference will be of the value
shown in the table below.
turned left.
Ambient temperature
10~20C
20—30C | 30~40°C
Voltage difference (mV)
87.0+ 1
90.0+1 | 93.0+ 1
4. Confirmation of Rav
Voltage decreses if Ra is turned right and it increases if Rz is
Turn the diaphragm dial and make sure that voltage differences per 1 Ev measured between
F 2.8 and F 16 are as shown in the table below:
Ambient temperature
10~20C
20~30T
30~ 40°C
Voltage difference (mV)
17.4+ 3
18.0+ 3
18.6+ 3
5. Confirmation of Rsv
Turn ASA dial and make sure that voltage differences per 1 Ev measured between 12 and 3200
are as shown in the table below:
Ambient temperature
10-200
20—300
30—40
Voltage difference (mV)
) | 17.4+ 3
18.0+ 3
18.6+ 3
42
43
[3] Measuring of CdS Resistance Value and Selection of Rp
M@ Measuring instruments:
. Digital tester (Type 2507)
. Brightness box (Model L-222 or 1.-223)
. Standard lens (50mm F 1.4)
. ND filter MINOLTA ND 50% for Adjustment
M@ Measuring procedures:
1. As shown in the figure below, disconnect the soldering at Rp and terminal “C” of CdS (front
and back) of the printed base plate A (0432).
CdS front “€.
Cover with blackout curtain
to prevent external light.
Brightness box
|
Condition of body to
be measured:
* Distance ring: ©
* Ру button: depressed
(Py SW: ON)
* Eye shutter: Shut
Rp Remove solder while letting Rp radiate. (Use a pair of tweezers or the like),
2. Measuring of resistance value of Rit вуо (Resistance value should be within 88—340K0).
Connect between “L's of CdS (front and back) the measuring wire, remove the solder at “H”
terminal of CdS front and connect the digital tester to “C” of CdS (front and back). Set the
measuring range at "(1” and measure the resistance value at Brightness Ev 5 (ASA 100).
CdS front "H"
Digital tester (Range: П}
3. Measuring of resistance value of Rit вуз (Resistance value should be within 16—40КО).
Carry out the same connection for CdS as described above, set ND filter to the body and
measure the resistance value at Brightness Ev 11 (ASA 100).
4. Анн вуз Resistance Value Measurement (Resistance value should be within 128~480KQ).
Maintain the brightness, ND filter and “С” of CdS all the same as in the case of Rit. BV5,
solder the terminal “H” of CdS (front), remove the solder of measuring wire and measure
and measure the resistance value.
CdS front “H"
Digital tester (Range: (1)
Measuring wire
MSelection of Rp
La
Find the resistance value of Rp according to the attached data or calculating formula with each
resistant value obtained in the measurement of RLL Bv5 and RHH Bvs.
. Select from the table below the resistance closest to the resistance value obtained by the
attached data or calculating formula and solder the terminal “С” and Rp.
Rp resistance (КО) | Rp available (KA)
78>Rp 081-8312 ( 75K) . CaS front “0”
78<Rp< 86 081-8313 ( 82KQ) | J ae
86=Вр< 95 081-8314 ( 91KQ) > 4
95<Rp< 105 081-8315 (100K) HH
105<Rp<115 081-8316 (110KN) | | р
115<Rp<125 081-8317 (120K) : В
125 Вр< 140 081-8318 (130KQ) | à
140<Rp< 155 081-8319 (150K (2) : А
155 Rp < 170 081-8320 (160K 2) |
170<Rp 081-8321 (180K 2) y
Pattern should be connected"
with soldering,
44
45
Adjustment of Es and Ri —Adjustment of low brightness and high brightness—
WM Measuring instruments:
. 081 standard circuit tester (Model SC-1) or constant-voltage DC power source Model E-1 or E-2
: Digital tester (Туре 2507)
: Brightness box (Model 1.-222 or Г.-223)
: Power source adapter (081-4204-79)
‚ Standard lens (50mm Е 1.4)
: Temporary cover for brightness calibration (081-1031-79)
. Screw-driver for brightness calibration
M Adjustment procedures:
1. As shown in the figure below, connect the measuring lead wires to IC terminals “6” and “7” of
the printed base plate A (0432) and set the camera to the measuring apparatus.
Measuring lead
wire for IC “7°
a,
Ri = “a Digital tester (Ranges: У)
Measuring lead
wire for IC “6”
Digital counter POWER: OFF
CH]
(Ру SW: ON) Temporary cover
SS us! a
0 Ole
* Eye shutter: shut for bright calibration
* Shutter speed: AUTO 7 53 54
oO CCS
Power source adapter oo oo ©
| 1 7 oo Ca]
w 081 standard circuit tester
2. Adjustment of Rs
Set the brightness box at Ev 5 (ASA 100), wait about 1 minute, and according to the table
below make correction-for-temperature of Voo voltage obtained by attached data or calculat-
ing formula from the voltage between IC terminals “6” and “7”. Then turn Rs to coincide
with the value of Vavo (mV) which has been corrected. Voltage drops if Rs turned right and
it rises if Rs is turned left.
Condition of the body Screw-driver for
to measure: hrightness calibration
* Distance ring: ©
* Py button: depressed
— Correction for temperature of Vavo—
Ambient temperature 10+2.5C | 15+2.5C | 20+2.50 2512.50 | 3042.50 | 3542.50 | 40+2.57
Correction value (mV) | -3.5 | -90 | -45 0 445 | +90 + 13.5
3. Adjustment of Ri
Set the brightness box at Ev 15 (ASA 100), wait for more than 5 minutes, make correction-
for-temperature according to the table below of the voltage value obtained bv the attached
data or calculating formula from the voltage between IC terminals “6” and “7”. Then turn RL
to the voltage value of Увуто (mV) which has been corrected. $
— Correction for temperature of Vav 10—
Ambient temperature | 1042.50 |15+2.50 | 20+2.55 |25+2.50 | 30+2.50 | 35+2.50 | 40+2.50
Correction value (mV) | —4.5 -3.0 | -15 0 +15 | +3.0 | +45
*Adjust Rs and RL repeatedly.
¡5 Adjustment of Rs
MM easuring instruments:
: 081 standard circuit tester ¡Model SC-1)
' Digital time counter (Mode! TC-1)
: Brightness box (Model L-222 or L-223)
: Power source adapter (081-4204-79)
: Standard lens (50mm F 1.4)
: Temporary cover for brightness calibration (081-1031-79)
. Screw-driver for brightness calibration
: ND filter (Minolta ND 50% for adjustment)
MStandard value:
:63.5ms+0.1Ev (59.3—68.1ms) which is at brightness: Ev 10, ASA 100 (BV5): ASA sensivity: 100
(SV 5) and diaphragm: F 8 (AV 6).
MAdjustment procedures:
1. As shown in the figure below, connect measuring lead wires to SW 4 (+ side) and Mg. (—
side) of the printed base plate, and set them to the measuring apparatus,
Yellow SW 4 (+1 Black Mg |—)
in
= Digital time counter
Measuring lead wire ACH
Measuring lead wire
Serew-driver for hrightness a
calibration 7 53
stur
' 0068
Brightness box (Temporary ej 0060
for brightness Y 1 000
calibration
T 081 standard circuit tester
Power source adapter
Standard lens
Setting of body and measuring apparatus
e Body e Digital counter
* Speed dial : AUTO « SEP-COM SW: SEP
* ASA dial : 100 * Trigger level A-Ch: +1(V)
+ Ev correction graduation: 0 B-Ch: +1(V)
* Ру button :depressed condition * Trigger slope A-Ch: —
(Ру SW: ON) B-Ch: +
« Power switch ON ® 081 standard circuit tester
« Eye shutter: : shut « V-SEL SW:3.0V
e Standard lens *SS-SEL SW:A
* Distance ring : 00 e Brightness box
« Diaphragm -F 8 * Brightness: Ev 11 (ASA 100)
* ND filter : attached
9 Release the shutter and turn В; so that the digital time counter will be within the standard
values (59. 3— 68. Ims). Shutter speed gains if К; is turned left.
47
6 Adjustment of Ra — Adjustment of meter pointer —
MM easuring instruments:
: 081 standard circuit tester (Model SC 1) or constant-voltage DC power source (Model E-1 or E-2)
: Brightness box (Model L 222 or L-223
. Power source adapte '9081-4204-79'
: Standard lens 50mm i 1,4)
- Temporary cover for brightness calibration (081-1031-79)
: Serew-driver for brightness calibration
MStandard value:
(1) Brightness :Ev 11 ASA 100 (BV 6)
ASA sensitivity -100 (SV 5)
Diaphragm aperture: Е 11 (AV 7)
(2) Brightness :Ev 15, ASA 100 (BV 10)
ASA sensitivity : 100 (SV 5)
Diaphragm aperture: F 5.6 (AV 5)
M Adjustment procedures:
1. Set the measuring apparatus as shown in the figure below and set the power source voltage at
3. OV.
Pointer position
Pointer position
Digital time counter POWER: OFF
Screw-driver for
brightness calibration TI a 5
Temporary cover for
brightness calibration O 8) LF. &
Brightness box
Standard lens
081 standard circuit tester
Power source adapter
2. Set the body PV button depressed (PV SW:ON) and the standard lens at.
3. With the brightness box: Ev 11 (ASA 100) and the standard lens: Е 11, look in the finder and
make adjustment by means of Ra so that the meter pointer be in the position for standard value
(1). The pointer moves up if Ra is turned right and moves down if В; is turned left.
4. With the brightness box: Ev 15 (ASA 100) and standard lens: Е 5.6, look in the finder and check
to see that the meter pointer is within the range of standard value [ 2}.
9. If the meter pointer is not within the range of standard value ( 2] when Ev 15 (ASA 100) is
set, make adjustment by parting with Ev 11 (ASA 100).
MShutter Block Performances Check *
» MChecking points:
l. Confirmation of manual split-second timing
2. Confirmation of chattering of SW. 4
3. Confirmation of Mg attracting voltage
4. Confirmation of synchro time lag
1] Confirmation of manual split-second timing
M Measuring instruments:
‚ 081 standard circuit tester (Model SC-1)
: Digital time counter (Model TC-1)
. Shutter tester
MStandard value:
“SS SEL” set position of | Indication of shutter tester CR time
081 standard avometer Standard value | Allowable value
1/1 1000ms 758—1320ms (+0. 4E v) ls
1/4 250ms 189— 330ms (+0. 4Ev) 251ms
1/1000 | 0 .98ms 0. 563—1.71тз (+0. 8Ev) 2ms
Note: Allowable values are central values of shutter tester. For unevenness refer to
inspection standard.
BChecking procedures:
1. Incorporate the shutter into the body, and connect lead wires of SW. 4 and Mg of the shutter
block to 081 standard avometer as shown in the figure below.
Digital time counter
SW 4 (Yellow)
* Digital time counter
SEP-COM SW: SEP
Trigger level А-СН: +1(V)
B-CH: +1(v)
Trigger slope A- CH: +
B-CH: +
* Shutter tester
Curtain traveling direction: DOWN
FUNCTION: EXP-T
* 081 standard avometer
SS SEL: 1, 1/4, 1/1000
У SEL:3.0Y
Г Setting of measuring instruments
& Shutler lester
2. Check that measured values for 1/1, 1/4 and 1/1000 are within standard values.
Note: Digital time indication may vary depending on chattering of SW. 4.
49
[2] Confirmation of Chattering
of SW. 4
MMeasuring instruments:
: 081 standard circuit tester (Model SC-1)
: Digital time counter (Model TC-1)
BStandard value:
1/1000 |1.0+0.05ms
MChecking procedures:
1. Incorporate the shutter block into the body and connect lead wires of SW. 4 to the 081 standard
avometer as shown in the figure below.
Setting of measuring instruments
* Digital time counter
SEP-COMSW: SEP
Trigger level А-СН: +1(V)
B-CH: + 1(V)
A-CH: +
B-CH:—
Trigger slope
SW4 (Yellew)
«081 standard circuit tester
SS SEL: S 4 CAL
S 4 SW: 1/1000
Digital time counter
Fi:
o°0%5%&
oo 09 ©
00 PP ©
081 standard circuit tester
2. Check that measured values of 1/1000 and 1/60 are within the standard.
3) Confirmation of Mg attracting voltage
Mi Measuring instruments:
: 081 standard circuit tester (Model SC-1) or constant-voltage DC power source (Model E-1 or E-2)
: Digital tester (Type 2507) or DC ammeter
MStandard value:
. At 1.68V, magnet should be attracted
: At 1.67V, magnet may not be attracted
MChecking procedures:
1. As shown in the figure below, connect lead wires of Mg of the shutter block, release the shutter
at power source voltages of 1.68V and 1.67V to see if the standard is satisfied.
Digital time counter
Mg (Black) обо 4
081 standard circuit tester
Digital tester (Range: V)
3] Confirmation of synchro time lag
MMeasuring instruments:
‚ 081 standard circuit tester (Model SC-1)
. Shutter tester
MStandard value:
| | Synchro contact | Allowable time lag
nee BIER re Ä 6
=
x | Range À | Over 0.4ms
du Range B hs 2.0ms
FP | 11—15ms
HChecking procedures:
1. As shown in the figure below, connect lead wires of SW. 4 and Mg of the shutter block to the
081 standard avometer and set them to the shutter tester.
POWER OFF
Digital time counter
SW 4 (Yellow)
№ Shutter tester
O81 standard circuit tester
A Body earth
| Synchro cord [+1
Synchro cord [—)
2. Checking of FP time lag
Connect the “Blue” lead wire of the shutter block to the synchro terminal (+) side of the
shutter tester, connect (—) side to the body earth, set the 081 standard avometer at (“V-SEV”
dial: 3V, “SS SEL” dial: 1000), push “RESET SW” to release the shutter and then make sure
that the measured value is within the standard (11~15ms).
3. Checking of X time lag
Connect the “Green” lead wire of shutter block to the synchro terminal (+) side of the shutter
* tester, connect (—) side to the body earth and turn “OFF” the power source of the 081 standard
avometer, Release the shutter and check that the measured value is within the standard (Range
A:over 0.4ms and Range B:over 2.0ms).
Wiring Schematic Diagram
Power switch contact A.B
æ Synchro contact
(
SW. 2’ base
Chart of Trouble Causes
MDescriptions on Contents
1. The patterns described herein are single causes only but do not cover all possible
causes. Make a comprehensive study of multiple causes of trouble based on the preced-
ing single causes.
2. Herein mentioned are principally electrical causes of trouble, excluding mechanical
causes.
3. The causes of trouble enclosed in a solid-line frame (U__]) indicate the state in the
normal condition.
4. The causes of trouble enclosed in a dotted-line frame ([____ 1) indicate the state in an
=.
inferior condition.
BCautions on Trouble-Finding Work
1. Use the digital tester (Type 2507) basically as a measuring instrument; any other mea-
suring instrument with an input impedance of 10MQ or more may be used.
2. Since the electric parts, such as ICs, diodes, resistors, condensers, etc., are considered
trouble-free, put an exphasis on defective soldering, switches, etc., as the causes of
trouble.
3. When confirming defective soldering do not press the parts unnecessaily or pull the lead
wires forcibly.
4. The most suitable temperature of a soldering iron tip is 300~350°C at base plate A
and about 250°C at base plate B. If, however, said temperature be unobtainable, be sure
to finish soldering in a short time.
Contents
A. At high-speed shutter release (1/1000 sec., 1/500 sec.), variations occur in the shutter
speed. A A A a oe ee E ee Bed аа cw eee SS 2
B. Batteries become dead quickly. a nn ава вина ааа вина 2
C. Poor sensitivity of meter (the meter does not indicate the variations equivalent to the
varying aperture figure, ASA number, brightness, etc.) “+... ss 2
D. AUTO Snap Зоб cs AAA A A A ie 3
(Snap shot implies that the shutter curtain does not open while the mirror remains
lifted up.)
E. Manual Snap Shot еее rro rca nnncogrorarino rana cocnonnornananasmnanaroso 5
р. AUTO Release seems
(Release implies that the shutter curtain opens for 10 seconds or more after a
shutter release.)
[ep
. Manual Release A 7
H. Defective Work of Meter (the pointer does not move: unstable, slow in response,
shaken GEE)! rennen nennen a 7
I. Battery checker do not light up or turn off. sg
ШНом to Short-Circuit SW 5
As SW5 is turned ON during shutter release ®
only, short-circuiting it may sometimes be
convenient in tracing the causes of trouble.
On this occasion, use the lead wire as indic-
ew ated in the drawing.
Ж Incidentally, use the constant-current power
source as short-circuit of SW5 consumes
13~15mA current at all times.
MVoltege at Electric Circuits of Principal Check Position
Voltage Check Before Shutter l |
Position Raleasó During Exposure After Exposure | Remarks
| Voltage falls scmewhat
SWl+ SW3+
Cat ЭМ. 3. OV 3. OV 3. OV during exposure while the
batteries are in use,
Some variations occur
, — 590mV
Ci +SW2 Tv 4 550>590mV | 7, 4 550 590mV | Tv 4 550~590mV | depending on light
Mean value =570mV |
ñ
quantity.
Voltage falls comentar
Riz + SW5— OV 3. OV OV during exposure while the
batteries are in use,
Cr Cs— OV OV OV
At AUTO exposure The instantaneous OV
C,— SW3- 3 OV 3. 0—+2. 5—0V 3 OV | display cannot be judged
At manual exposure | by the digital tester.
3.0—1.6—0V
- -
When SW5 is ON,
At AUTO exposure
Rio com =2.5V |
(Trigger level) Ov At manual exposure ay
=1.6V
When the magnet turns
_ 0—0. 08— =3.0V or off, the counter current
Mg en less AY becomes about 20V
momentarily.
Av 6 _ Release photometering
Rsv Sv 5 } 120 150mY 120~150mV 120—150mV with some variations in
Mean value =134mV temperature.
4S—19mV 4S—i9mV ee
Me+ 1/155—65mV Falls somewhat 1/155 —65mV ni the: photometering
1/1000S — 135mV 1/1000$—135mV | **"8°
Current
ee =125—200 4 A =15mA =125—22014A
At both Automatic and manual shap shot,
shutter speed variations occur at high
(1/10005,
speed shutter release
1/500S)
Check on chattering of SW4 and SW5
Е SW4 chattering within 10045 is ideal.
Bi Check on contact resistance of SW4 and SW4 (Measure it with an oscilloscope.)
by Measurement of CR time |
Remove the lead wire of SW4 (+) and
measure it under B exposure state,
Contact resistance must be 300m or below
including that of switches and lead wires.
a] Defective contact of Ru |
| Visual check on Es (+) |
Defective soldering of condenser С;
(unadjustable)
НЫ Visual check on condenser Cu
| Defective soldering ot condenser с. |
Lia on shutter block |
B. | Batteries becomes dead quickly. |
|
Set the power source adaptor to the
battery box to read the variations
of current consumption
20 А
Exposung state (SW5,0N) =15тА
When SW1 is OFF=04A
Photometering state (SW1, ОМ! > 125--
| Connect the standard circuit for check: |
м Visual check on
И circuit base
plates A and B.
SWI SW2 SW5SW4 SW4 SW5
ON OFF ON ON OFF OFF
mj Shorteircuit in top cover of sw1 |
—} Shorteireuit between soldered parts|
—» Shortcircuit between lead wires |
— Shorteircuit with solder sludge |
| Check on battery
Short circuit in battery case or power
ease
source high-current = few 100mA
м Check on SW1, SW4
and SW5
When SW1 is ОМ: =125 4A
When SWd is ON: = few 1002A—-few mA
When SW5 is ОМ: = 15mA
C. |Power Sensitivity of Meter (the meter does not indicate
ASA number, brightness etc.)
the variations equivalent to the varying aperture figure.
Check on the conduction
am Var y the aperture figure. [
НЫ Vary the ASA number |
slide resistor
tm Skipping (the orbit of contact changes.) |
BY Check on memory voltage
variations at С; (+) (18mV/1Av) |
te Readjustment of Ri and Ro |
Check on the conduction |
Lm Vary the brightness value. |
slide resistor.
ej Skipping (the orbit of contact changes.) |
af Check on memory voltage
variations at С; (4) unit (18mV/1 Sy) |
НЫ Check on CdS, Rp resistance and soldering. |
LM Readjustment of automatic shutter release |
| Automatic Snap Shot}
een } В base plate Втм
Check on conduction between 1C-Ad (0 n- J Detective IC-A |
and IC-A5 ice
(Remove lead wires of Rra and Rim.)
u |; base plate Ктм-В base plate Rru }—m{ Non-conduct ive}— nl Connection of А base plate Ru» $
* D-1 Ok oe! Defective contact of Rsy and Ray
Meter] (slide resistors) Fig. ]
rn Defective adjustment
a ee ee =
= til Check on voltage at Cı (+) | About 2— 3V:
ss = =
Check on defective lead wires, defec-
tive soldering, wiring of SW2 and SW2'!
Г — — ds ale
= Check on 254A constant current [= 386 — -389mV
(Remove Rp resistance CdS С.) eS cas | 7 Defective adjustment | Fig. 2
an
oK
OK
Ge a
NO мо Г E D-2 ОИ Defective contact of battery box |
| | Pe Check on meter work ——— ti | Pointer does not move or!
| | movement is unstable, 1 -
(Check ont D Defective soldering and defective lead
¡Batteries! wire to SW6 on BC base plate.
O voltage at grounding Base plate A — 0% Check on power screw fastening, sondering
section of lead wire connecting base plates A
Base plate BE —
- . — № Disconnection of pattern | Fig. 3
Wire connection |
plate
Check on power source) A SWl (+) of Базе Defect of battery case and portion from
il ue plate A battery case to SW1 (+).
SW3 (+) of basel nl Defect in the portion from SW1 (+) of base
plate B plate A to SW3 (+) of base plate В.
LaS WE of Basel, - -
plate A YE TARE a Defective contact of SW1 (+)] Fig. 4
Lh Check on charging vol- tel сл TA pret Defective contact]
С ISW3 (-) unit HS м BR SW3 —— Check SW 3 alone.|
tage to 2
At AUTO snap shot a) Between N Defective soldering of Cal Fig. 5
3.0—2.5—0—3.0V
At manual snap shot
3.0—1.6—0— 3. 0V
(measured per 1 sec.)
=
|
E
an
|
jel
15 |
1
| |
Ly
Ea A soldering of IC-B diode No. 6.|
Check on trigger x :
a ve] olises AM change SW Lifted from patterns Re and Rı, and Fig. 6
(Shorteircuit SW 5) mi contacts 9.
| A-M change SW mS Oy) Defective contact or stain of A-M
Com. unit Las change SW
Check on voltage уаг!- | ро п xr - --= -- Defective soldering of lead wire f
ations at Сз (+) unit —в.: (—) unit ‘about 3V гм Riz to base plate B mom
(Shortcircuit SW5 and) — | Pm
measure in | sec.) pinnae ar ee 1
OV or | ee aye of stain of A-M Fig. 6
uns Г ;
AUTO _ 0.02—+2.50.02V un LIE
Manual
ЧЫ Check on voltage veri- Pe iat | Disconnection and defective solder-
ation at Mg (—) unit LOV | ing of Mg lead wire vores Pigs?
(Shorteireuit SWS and] [| _____
measure in 1 sec.) about 3V} — с. shortcircuited.|
N
ae ~0.07-+3.0-+0.07V]
| Check on conduc- hie See
| An
IA eee conduction tion a SW5 alone tion but r——™ Defective contact |
q : As e speed set | chattering j
eo |] LES.
[Mechanical Shutter |
NO;
ul Check on shutter block |
CdS com—
Fig-2
5
E | Manual Snap Shot |
—=| Check Вт resistance № oo or оп! Defective tip resistance-—@™ Replace Base Plate B | de
Contact with solder of SW4 (+) it d |
other patterns ue rig: 8
Check on trigger
level voltage as -
в. | (SW5 shortcircuited mu = Defective semi-fixed resistance of R, :
com terminal of pa SY and defective soldering on Ви side ° Fig. 9
base plate B,
OK Manual= 1.6V)
OK
B.C Auto |
NO
u и % Same as D-2 |
| Check on |
¡batteries } —=| Mechanical shutter |
i
“| Check on shutter block |
F | Automatic Release
Check on exposure nn mn
h lid it o conduction
aie Change slide switch a === SW, (+) ———™ Defective contact of slide SW | Fig. 10
(Set the shutter dial 1
to Auto position) ‚and Rr
La] Rra unit of base dhs conduciión. | Disconnection of connecting lead wire from
plate A a it 2 Rra unit of base plate В
m Check conduction No onen aaa
to A-M change SW u * lon beiween a Defective contact of A-M change SW
(detach com lead [com and A ______ : - “|
wire.)
Lam] Check on voltage at ro] m! Defective contact of SW2 and SW2'; defective
C (+) LON | condenser C,
(Normal memory voltage e ПО Te ENT ENS = ll
ere in older o ‘
is indicated.) 3.0V at_releasef are shortcircuited, an Fig
Check o ducti [Over 3.0V at SW3 (— per
o SW3. dnd ms 3.0V at SW3 Li eafswa is shortcircuited | Fig. 12
OK a can à
mm | [Detective contact of swıl
МОТ
ты SW1 (—) unit of basel a» av! m|Defective soldering of lead wire; SW] contacts
plate A ваты the body,
i
|
|
mj Disconnection of lead wire] Fig. 13
|
|
Check on CdS wiring——t™ Visually +m Defective soldering of CdS or Rp resistor;
nd broken leg of CdS,
OK
OK
re Manual |
NO No,
\ Check on conduction | мы № conduction between! - |
Check on | | u to A-M change SW | ‘com and A ____ | Defective contact of A-M change sw | Fig. 14
batteries ! | (Remove com lead wire
— y | of base plate В.)
|
| Check on exposure change peter ARE PR Defective contact of exposure change
| slide switch je conduction) slide switch |
| BETT (+)
|
| Check on SW4 or
conte | nenn.
| in in in ah 2 а [nite conduct ion-—{ Defective contact; disconnection of lead wire.)
emove lead wire o yo Eo
|
| AS
Lia] Check on charging voltage No less than! : —
| variations at С, (—) unit [13 OV Ft is shortcircuited. |
u áKX__ — o Defective C Fig. 15
Hm) Check on power source voltage| 2] 9
ox # F-2 an Defective contact of SW4 and sw4 |
Mechanical shutter
A, E
Y'a il
xo!
i
Chat Check on shutter block |
7
G. | Manual Release
te! Check on conduction my No conduction between | __w Defective contact of A-M change SW Fig 16 aD
to A-M change SW ‚ com and M 3 = | |
mm Check on exposure loo. | No cónductión étre) Defect; z
change SW ıSW and each tip re- 1 | SCOR TAG GE saline switch} Fig. 17
| sistance -
Check on trigger level = ; .
LM Dala IKE ev oy] ды Defective soldering of Ri, on В. side. |
OK
B.C Auto
NO NO |
|
y | ge Same as F-2 |
|
check on | Mechanical shutter |
| batteries }
Sa a Lom] Check on shutter block |
MO
H. | Detective Meter
45 = 19mW
1/155 = 65mV RE
| t oor adjustment of R Fig. 18
on a ° 1/10005 = 135mV una : g
Check on internal
НЫ resistance of meter
alone
rm a
li | hen] nn or over (co) M Disconnection in meter. | Fig. 20
mu! | Pointer shows no move | Entry of dust and/or iron powder;
despite resistance р [contact with name plate
q ox OK value displayed. 4
[B.C Ty Auto, Manual |
м | No |
pe] Check on voltage at ta Base plate A— HOV | a Defective screw fastening |
1 | grounding unit Zn;
face | | Base plate Вр — | Disconnected patterns |
| |
| batteries ı Г m | Wire connecting
| plate
1
| Е
Fe Check on power source | SW1 (4) unit of =} Defective battery case and defect of section
voltage E base plate A between battery case and SW1 (+) unit.
al SW3 (+) unit of L | Yefact of section between SW1 (+) unit of
base plate B base plate A and SW3 (+) unit of base plate B
| Lim SW1 (—) Fu of | Defective contact of sw1| Fig. 21
. |B.C does not turn on or off. base plate
—
m] Check on battery case
Deteriorated or corroded battery or ;
and voltage Fig. 22
rust on battery case
Check on voltage at =--- Defective functioning of SW6, defective solder-
PT SW6 (—) unit — ov | ring of lead wire, shorteireuit to top cover
(3.0V when SW6 is on.) => of SW6
sm]
| Defective contact of swe |
Check on voltage at
= terminal No. 14 of IC-B [| Unsolder terminal
No, 14: measure
ml Ris and Ris of base plate В are peeled off
resistance value the pattern.
=0.6~0.8V where SW6 of Ris and Ru
is ON,
Check on conduction Ш
mi lamp . — { Resistance value со 1 Disconnection of lamp |
(Remove lead wire of lamp| LL Lun =
from base plate.)
17
1. How to Confirm Manual Time
Ш Measuring Instruments
: 081 Standard Circuit Tester (Model SC-I)
. Digital Time Counter (Model TC-])
. Shutter Tester
MStandard Value
Set Position of
“SS SEL” o
eL
Indication of Shutter Tester
| CR Time
081 Standard Circuit Tester | Standard F igure Allowed Figure
1/1 | 1000ms 758 ~ 1320ms (+0.4Ev) l sec.
| 1/4 o 250ms _ | 189—330тз (+0. 4Ev) 251 тз
1/1000 | 0.98 тз 0.563—1.71тз (+0. 8Ev) 2 ms
Шном to Confirm
1. Unsolder the lead wires of SW4(+side) and Mg (+and—sides) of circuit base plate
plate B (0602) and set them to the tester as shown in the follwing diagram.
e Shutter Tester
Curtain Running Direction:
FUNCTION : EXP-T
o Digital Time Counter
SEP-COM SW: SP DOWN
Trigger Level A-CH: +1 (V) | |
B-CH:+1 (V) e 081 Standard Circuit Tester
Trigger Slope A-CH: + 55 SEL 1, 1/4, 1/1000
B-CH: + У SEL :3.0V
Digital Time Counter
SW 4 (+)
Body Earth
$ ее о
о. ФФ ©
= ISLE
Shutter Tester
081 Standard Circuit Tester
2 .select a shutter speed by the “SS SEL” dial of the 081 standard circuit tester,
Press the “RESET” SW of the 081 standard circuit tester, release the shutter, and
Confirm that the measured figure of 1/1, 1/4 and 1/1000 remains within the range of
the rated figures.
3 .If the measured figures of 1/1, 1/4 and 1/1000 don’t remain within the range of the
rated figures, check the shutter block.
2. How to Confirm Chattering of SW4
@ Measuring Instruments
: 081 Standard Circuit Tester Model SC-I;
‚ Digital Time Counter „Моде! TC-I:
Standard Value
1/1000 | 1.0+0.05ms
1/60 | 15+0.2ms
BE
MHow to Confirm
1. Unsolder the lead wire of SW4 (+side) of the circuit base plate B (0602) and set
it to the tester as shown in the following diagram.
e Digital Time Counter ® 081 Standard Circuit Tester
SEP-COM SW : SEP SS SEL:54 CAL
Trigger Level A-CH: +1 (V) 54 SW: 1/60. 1,1000
B-CH: +1 (VW)
Trigger Slope А-СН; +
B-CH: —
SWd4is' Digital Time Counter
Body Earth
081 Standard Circuit Tester
2. Set S4 SW" of the 081 standrad circuit tester to 1/1000 and 1/60, press the
"RESET SE release the shutter, and confirm that the measured figures of 1 /1000
and 1/60 remain within the range of the rated figures.
3. If the measured figures of 1/1000 and. 1/60 don't remain within the range of
the rated figures, check the shutter block.
10
INSPECTION STANDARDS
BThe inspection standards provided for hereinunder shall be applied to the inspection made by the Service
divisions on the repaired cameras but shall be inapplicable to the new cameras inspected at delivery or
arrival. The appearance of such cameras shall be inspected based on its appearance at the time of the
repairs being requested therefor as the standards. Follow the following standards for the replacement
parts therefor.
How to confirm and
adjust (Pages
Item Place Contents referring to disass-
embling, assembling
and adjusting)
Film Advance | Film advance Unsmooth film advance, vertical looseness, backlash, abnormal
. nse iis . P. 7
lever noise, winding torgue of 4kg/cm or below (without film)
Spool Operation: Unsmooth; whether film is correctly wound; Р 1~2
slip load 200~300¢ !
Sprocket Operation: Slipping, backlash after film winding, slipping after P 1-4
pressing the rewinding button. |
Film Rewind- | Film rewinding | Operation: Shearing, release, hold. P. 3—4
ing button
Film rewinding | Operation: Eccentricity, creak, roughness, ineffective SP Р 32—33
crank |
Film Counter | Forward and Operation: No advance, standstill, skipping, no backward move, hold, Р 10
backward feed scale deviation.
Film Signal Forward and Operation: Whether a signal is provided at the initial frame indic-
backward feed | ated by the counter, as shown in the drawing.
The signal does not disappear at 364-3 frames. Saum P 10
Multiple Multiple expo- | Functionining: Returns after film has been wound until it clicks. РИ
Exposure sure lever Spool and sprocket run idle after the lever is set. |
Shutter Shutter button | Shutter load: 200—400g. Operation is unsmooth; shock. P. 9
Functions of Abnormal noise, thrust; curtain overlapping. P. 13
curtain
Shutter speed Allowance: refer to P.3. Irregular exposure: within 0. 4EV. Р. 38—46
Shutter speed Functioning: Unsmooth; clicks; auto-lock; deviation of scales.
dial (The center of a letter must come Р 33
2 = to the index.)
Self-timer Set lever: Deviated position; defective setting; shutter release;
rubbing with button.
The lever must work correctly on
„en the position marked in the left Р. 30
drawing
Functioning: irregular and unsteady work; 2-stage release; does not
work.
Synchro Conductivity: Whether it may unfailingly ignite; whether any short-
circuit in winding film; accessory shoe can be conductive.
Functioning: X-FP synchro selector switch,
Insulation registance: MN or more (DC 250V Insulation resista-
nee gauge is used.)
Delay time: FP contact 11~15ms (at 1005" P. 39
X contact A lag 0.4ms or over (for X)
B lag 2.0ms or over
Contact efficiency: FP contact 60% (measured on a measuring time
of 2.5ms and 1/1000s.)
X contact 50% (measured on a measuring time of 1 ms X.)
How to confirm
and adjust (Pages
Item Place Contents referring to disass-
embling, assembling
o nn and adjusting)
Finder Nominal view Inclination of image-1" or below. 5
oo coincidence; fuzzy on one side; fog; rubbing the mask. Pas
Display The shutter speed and aperture are displayed is the frame with no
adjacent letter seen therein; digital scale flaw dust, stains, P. 36
Mirror Angle Stop position: 45° + 30° P 28
Rising position: The mirror must be behind the flare shield plate. e
Back Cover | Operation The back cover automatically lifts up when the rewinding knob is
pulled up.
It closes securely with no looseness. Р. 12
Press board Flatness: 0~0.02mm (concave)
Exposure Pointer Functioning: Hold, deviation, sticking.
meter 0 Position
| The pointer must be inside for meter
needle of the width over the mark.
Index ASA 100EV 5 F 5.6 1 sec.
difference 9 Её 1/30 sec.
| И F4 1/125 sec. Allowance +0.7EV
15 F 5.6 1/1000 sec.
Exposure error | (ASA aperture value is the same as the index error at the same
measuring point.] P. 37—47
Allowance: +0.8EV, Variation range: 0.6EV
Power switch ON-OFF operation Р 16
Shutter button lock when the switch is off. | &
Diaphragm The meter is on when the diaphragm button is released or set. Р 20
button Functioning: unsmooth; engaging condition. у
ASA change Functioning: engaging condition, index deviation.
ring ASA 25—800 transfer error +0.3EV P. 37
Other error +0.5EV
Exposure corr- | Functioning: Click, index deviation. P 33
ection ring |
Focus Body back: 43. Tt (until pressure plate face) Р 34
Finder back: 43.575+0.025
Lens Helicoid Functioning: Unevenness, crack, looseness, and loaded.
Seale deviation: The index center is indicated within + of the ——
width of letter.
Diaphragm | Functioning: Whether it smoothly functions from release to F 16.
Whether any residual impellers, decentering, deformation, etc. are _—
found,
Others Eye-piece shut-| Functioning: looseness, click and clearance. р 32
ter lever у
Attaching and Functioning: Whether said processes feel heavy or light, whether
P. 24
detaching lens lock 15 unworkable or loose, ete.
Battery box Contact of battery and corrosion of the contact pieces, etc. P. 13
Standard Values of Shutter Speed (+0.5EV)
Sani | 4 вес | 2 12 | 14 | 1/8 | 1/15 | 1/30 | 1/60 | 1/125 | 1/250 | 1/500 | 1/1000
Standard Values 4.00s | 2.00s | 1.00s | 500ms | 250ms | 125ms | 62.5ms | 31.3ms | 15.6ms | 7.8lms | 3.9lms | 1.95ms | 0.977ms
Maximum Limit Value | 5.665 | 2.835 | 1.415 | 707ms | 354ms | 177ms | 88. 4ms | 44, 3ms | 22. lms | 11.0ms | 5. 53ms | 2.76ms | 1. 38ms
Minimum Limit Value | 2.835 | 1.4ls | 707ms | 354ms | 177ms | 88.4ms | 44.3ms | 22. lms | 11.0ms | 5.53ms | 2.76ms | 1.38ms | 0. 691ms
Irregular Exposure Based on Shutter Speed
The exposure time in A-Range and C-Range on both sides of B-range (center) remains within +0.3
EV LÉ
(1) In the case of mid-expanding trend
( A Range
orC Range — B Range) -В Range X 100= within (©
(2) In case of end-narrowing or endexpanding trend
(Min. value— Max. value) + Max. value X 100 =— 25%
(Max. value— Min. value) + Min. value X 100 = + 32%
(Example)
19%
Where A range=0.80ms, В range=1.00ms and С Range =0.70ms,
(0.70—1.00) — 1.00 X 100= — 30%
This value is out of the standards.
) The maximum and minimum values of the respective ranges shall be within 0.4EV (+32
- 5%
ANNEXED DATA (How to Obtain Rp: Vsvo'Vsvio)
|. How to Obtain Said Data by Calculating Expressions
Kp, Vevo and Vavio will be obtained through the application of Rrı.svo, RıLevs and Ranevs
obtained from the "measurement of CdS resistance value” as described in Item C of
Auto-Exposure Control.
O an a _ Runevs
Y RLLBv5 “ RLıevs
The values calculated in the expressions (1) and (2) shall be within ranges of y =5.5—8.5,
a = a—~12.
AAA (2)
æ RLLBvs— 8
Rr= (5. 432-+-0.0638 ху ) ST )*? X RıLevs— {11x (8.5—y ) x 22 press (3)
а
755.8
\Мву5 = +-4.32 ха — 336 Dette cence ess нения инков авеню иванов rr rr (4)
\Увуо = Уву5— 91 - (5) Nete: In relation to temperature correction, the calculated
value (—) will be replaced with (+) value.
\Увупо = Уву5-+ 92... (6) Note: In relation to temperature correction, the calculated
value (+) will be replaced with (—) value.
Note: The numeral 91 or 92 in the expression (5) or (6) is a value obtained from
the measurement made at the ambient temperature of 25°+2.5°C, and it must
be corrected when obtained by the measurement performed at the ambient
temperature out of 25° +2,5°C.
How to Obtain Said Data from Numerical Chart
To obtain Rr, Vrvo, and Увуш, look for RLLBvo, RLLBV5 and RHHBVS obtained by the “mea-
surement of CdS resistance value” as described in Item C of Auto-Exposure Control,
in said order.
@) Count fractions over 0.5 as one and disregard the rest of the decimals of RLLBvs
and open the page where said value is contained.
(2) Select the column containing the value or an approximate value of RHHBV5 on the page
stating the value of RLLBv5.
@) Select the line containing the value or an approximate value of RLLBVO in the column
stating the value or an approximate value of RHHbvs.
(4) Rp, Vavo and Vrvio in the line containing the value or an approximate value of RLLBvo
are the values required to be obtained.
(Example) Where RıLevo: 185KQ, RiLsvs: 25.5KQ and Вннвуз: 245K.
(Г) Riievs:25.5KM will be 26KQ through counting fractions over 0.5 as one and disre-
garding the rest tnereof; then open Page. 4.
(2) Since Внивув: 245КП is not found in any column on Page 4, apply the column stating
an approximate value of 247K.
(3) Since no line containing RLLevo: 185KN exists in the column mentioning an approxi-
mately value of 245KN of Кннвуз, apply the line containing 182K.
(4) Re: 112KN, Увуо: 278mV, and Vavio: 95mV are obtained from the line containing the
approximate value of 182KQ of RLLavo.
Note: Select the expressions or numerical chart to obtain Rp, Vsvo and Vavuo.
Rievs= I6([KQ)
Рннвуз | RiLevo АР Vavo Vavio || RHHBvS | RLULevo РР Vevo | Увую || RHHevs | RLLevo Rp VBvo VBVIO
(КП) {КП} ка) (mv! {mV} (KA) (KA) (Kin) im¥} mv) (KO) (КП) (КП) { ту) (га)
192 136 81 286 103 168 136 80 293 110 144 136 77 299 11
128 79 281 98 128 77 287 104 128 15 294 111
120 77 275 92 120 75 281 98 120 7a 288 105
112 74 267 84 112 72 274 91 112 70 280 97
104 fe 259 76 107 71 269 BG 104 68 272 89
96 69 249 66 96 64 256 73 96 65 262 79
88 67 238 55 ВЯ 65 244 61 88 63 251 68
184 136 81 249 106 160 136 79 295 112 136 136 Le 301 118
128 78 283 100 128 77 290 107 128 74 296 113
120 76 277 94 120 74 283 100 120 72 290 107
112 74 270 87 112 72 276 93 117 69 283 100
104 71 261 74 104 69 267 #4 104 67 275 92
96 63 one 69 96 67 258 75 96 64 265 B2
88 66 240 57 4 8 6 4 247 64 58 62 253 70
176 136 ВО 291 108 152 136 78 297 114 128 136 75 304 121
126 78 285 102 178 76 292 109 128 73 298 115
120 75 279 96 120 73 285 102 120 71 292 109
112 73 272 39 112 71 278 95 112 58 285 102
104 71 263 80 104 69 270 87 104 66 att 94
96 6H 254 nel 96 66 260 77 96 6 4 267 81
88 ББ 242 59 88 54 249 66 88 61 256 73
Ricevs= I7[KN)
Аннвув | Rirevo| ВР Vavo | Увую | Юннвуз | RiLevo АР Увуо | Увую | Юннвуз | Riievol Rp Vevo | Увую
(КП; (кп) кп! (mV) (mV) (KA KA) (KA) (mv) (mV) (Kn) (Ka) (Ko) (mV) mV)
204 145 87 286 103 179 145 85 293 110 153 145 a2 299 116
136 84 281 98 136 B2 287 104 136 80 294 111
128 81 275 92 128 79 281 98 128 TT 288 105
119 18 267 84 119 17 274 91 119 7 4 280 97
111 76 259 76 111 74 266 83 111 72 272 89
102 73 249 66 102 tl 256 73 102 69 262 79
94 70 238 55 94 58 244 6 1 94 66 251 68
196 145 B6 289 106 170 145 Ва 295 112 145 145 81 302 119
136 B3 283 100 136 81 290 107 136 19 296 113
128 81 277 94 128 79 283 100 128 76 290 107
119 TB 270 B7 119 76 276 93 113 73 283 100
111 75 261 78 111 73 268 B5 111 71 274 91
102 TE 252 59 102 70 258 75 102 68 265 B2
94 70 240 57 94 68 247 64 94 65 253 70
187 145 85 291 108 162 145 83 297 114 136 145 80 304 121
136 83 285 102 135 ВО 292 109 135 76 298 115
128 80 279 96 128 78 285 102 128 75 292 109
119 17 272 89 119 75 278 95 119 72 285 102
111 75 263 ВО 111 72 270 87 111 70 276 93
102 72 254 71 102 70 260 17 102 67 267 814
94 69 242 59 94 67 249 66 94 64 255 7 2
Rirevs | 8(KQ)
RHHevs | RLLevo Rp Vevo Увую || RHHevs Рег амо Re Увуо Увую || RHHBVS | RLLeavo ЯР Vavo Увую
(Kn) (КП) (KO) {mW} mV) (KA) kn) (KA) imV) (mV } (КП! ‘KA! кп) (mW) mW)
216 153 92 286 103 189 153 90 293 110 162 153 87 299 116
144 B9 281 98 144 B7 287 104 144 8 4 2 9 4 111
135 ВБ 275 92 135 84 281 98 135 Bl 288 105
126 83 267 84 126 Bl 274 91 126 78 280 97
117 ВО 259 76 117 78 266 83 117 75 272 89
108 Fa | 249 66 108 75 256 73 108 72 262 79
99 74 238 55 99 72 244 61 99 69 251 68
207 153 91 289 106 180 153 89 295 112 153 153 86 302 119
144 88 283 100 144 86 290 107 144 83 296 113
135 85 277 94 135 83 283 100 135 80 290 107
126 B2 270 87 126 ВО 276 93 126 77 283 100
117 79 261 78 117 17 268 85 117 74 274 91
108 76 252 69 108 74 258 75 108 71 265 B2
99 73 240 57 99 71 247 64 99 68 a 70
198 153 90 291 108 171 153 88 297 114 144 153 85 304 121
144 87 285 102 144 85 292 109 144 82 298 115
135 8 4 219 96 135 82 285 102 135 79 292 109
126 Bl 272 89 126 79 278 95 126 76 285 102
117 78 263 80 117 76 270 a7 117 73 276 93
108 75 254 71 108 73 260 17 108 70 267 B 4
99 Tia 242 59 99 70 249 66 99 67 255 72
Riievs= | 9(KQ)
RHHavs | RLLBVO RP Увуо Vavio || RHHevs | RLiBvo Re Vavo Vevio || RHuHevws | RLLevo RP Vavo Vavio
КП: (KA ка’, mV) tm] (KA! кп) (KA) {mV (mV} (Kn) (КП) (КП) (mV! (mV
228 162 97 286 103 200 162 95 293 110 171 162 92 299 116
15? 43 281 98 152 91 287 104 152 89 294 111
143 90 175 92 143 aa 281 98 143 B45 ¿BB 105
Lah 47 ART вл 133 HS 274 91 133 82 280 97
124 4 4 254 76 124 82 266 B3 124 79 FT de: 89
114 20 249 66 114 7 256 73 114 TÁ 262 79
105 T 214 qu 105 TS 244 61 105 72 251 GE
218 162 ЧБ 2RY 105 190 162 94 295 112 162 162 91 302 114
152 93 284 100 152 91 290 107 152 HH 296 113
143 of) 277 94 143 87 283 100 143 5 4 2490 107
133 ВБ 270 AY 133 44 276 93 133 | 283 100
124 H 3 2h 1 TH 124 an 268 HS 124 TA 274 “4]
114 20 252 БЧ 114 78 258 75 114 75 265 H2
105 76 240 57 105 74 247 Ба 105 71 253 70
204 162 95 24] 108 181 162 4 297 114 152 162 90 304 121
152 42 285 102 152 ЗО 24? 104 152 НБ 298 115
143 ao 279 96 14} ВБ 285 102 143 83 292 109
133 ЧБ 272 9 133 #3 ¿TH ys 133 30 285 102
124 42 263 ВП 124 80 270 87 124 77 >76 93
114 79 254 7 1 114 TT 260 77 114 74 267 #4
105 76 242 54 105 73 | 249 66 105 70 255 72
Riievs= 2O(KA)
RHHBVS RLLBVO АР Унуо Vevio || RuHevs | RLLevo Rp Vivi Увую || РАЮнывуб | RLLBVO RP VBva VAVIO
xa Ko: КП: imVt mv) Ко} КП! КП} mV im¥) Ka! ка} KO) im¥! (mW)
240 170 102 246 103 210 170 100 293 110 1840 170 oT 299 Lin
160 ЭН 281 ds 160 96 247 104 160 93 294 111
150 yn eis at 150 93 281 9 150 90 ¿BH 105
140 9] 267 4 4 140 89 274 91 140 ВБ 280 ЗУ
130 HH 259 Tb 130 85 266 83 130 83 27? BY
120 Aa 249 Gh 120 82 256 13 120 79 267 14
110 Hl 238 Di 110 7 4 244 61 110 76 251 bh 8
230 170 101 239 106 200 170 99 295 112 170 170 96 302 119
160 OH 281 100 160 95 24940 107 | БП 92 2396 113
150 94 nit 94 150 92 283 100 150 49 240 107
140 91 270 #7 140 BR 276 93 140 B5 2863 100
130 Я? 261 TH 130 Bo 268 #5 130 B2 27 9]
120 #3 252 69 120 4l зов TA 120 78 265 82
110 НИ 240 57 110 Y +47 ha 110 75 ¿54 70
220 170 100 291 108 190 170 98 297 114 160 170 94 304 121
160 97 285 102 160 44 292 109 160 21 29H 115
150 93 279 94 150 91 285 102 150 87 292 109
140 90 272 BY 140 87 278 95 140 84 285 102
130 # 6 263 BO 130 84 270 87 130 BO 276 93
120 83 254 71 120 80 260 17 120 1:7 267 84
110 79 242 59 110 77 249 66 110 73 255 72
Riievs2 | (КО)
Rrumavs|RıLev| RP Vivo | Уную Rimevs| Riievo] RP Vavo | Vavio | Ranevs [Ricevol Re Vavo | Vavio
(кп! КП! KA {mV} imV) (KA) (КП! (КП! (m1 mV! (КП! (Kn) (KA) {тм} im }
252 179 107 287 104 221 179 105 293 110 189 179 102 299 116
168 103 281 DN 158 101 287 104 168 98 294 111
15H 94 20:5 92 158 497 281 9% 158 94 288 105
147 95 267 НА 147 93 274 41 147 90 280 97
137 92 259 16 137 a4 266 83 137 86 272 89
126 AH 249 AA 126 НБ 256 13 126 83 262 79
116 #4 23H 55 116 #2 244 61 116 79 251 68
242 179 106 289 106 210 179 104 295 112 179 174 100 302 119
168 102 243 100 168 100 290 107 168 97 294 113
154 gu 277 94 158 QA 283 100 158 93 240 107
147 95 270 HT 147 92 276 93 147 89 283 100
137 91 261 Th 147 HH 264 Bh 137 85 274 91
126 H7 252 63 125 Bo 258 1:4 126 R2 264 81
116 Ba 240 na 116 Hl 247 64 116 if 253 ТО
231 179 105 291 108 200 179 103 297 114 168 179 44 304 121
168 102 285 102 168 99 29? 109 1568 95 298 115
15H 94 279 96 158 95 285 102 158 92 292 109
147 94 ата 44 147 91 278 95 147 AB 285 102
147 40 263 Hl 137 ВВ 270 87 137 84 276 93
126 36 254 74 126 84 260 iv 126 80 267 84
116 #3 2 4 2 54 116 BO 249 66 116 76 255 72
Ritavs= 221K)
Rimevs | RiLevo| RP Vevo | Увую | Аннвуб | RıLevo| RP Vevo | Увую |Resevs |Rirevol Re Vevo | Vevio
(Kai (Kai (Ka) im) ВА (KA) (Ka) (KO) № (mV) KO) (KO) (ка) (mt) Em}
264 187 112 | 286 103 231 187 iin | 293 110 198 187 106 | 299 116
176 108 | 281 98 176 105 | 287 104 176 102 | 294 111
165 | 104 | 275 92 165 | 101 | 281 98 165 98 | 288 | 105
154 100 267 8 4 154 97 274 91 154 94 280 97
143 96 259 76 143 93 265 82 143 90 Та Ao
132 92 249 46 132 80 256 1 4 132 ВБ 262 79
121 87 238 55 121 85 244 61 À 121 82 251 68
253 | 187 | 111 | 289 | 106 220 187 | 108 | 295 | 112 187 187 | 108 | 305 | 122
176 107 283 100 175 104 290 107 176 101 296 113
165 103 277 94 165 100 | 283 100 165 97 290 107
154 99 | 270 87 154 96 | 276 93 154 93 | 283 | 100
143 95 | 261 78 143 92 | 268 85 143 89 | 274 91
132 91 952 Ag 132 HH 258 TA 132 85 265 82
121 ВТ 240 ae 121 84 24.7 64 121 81 253 10
242 187 110 | 291 108 209 187 108 | 297 114 176 187 104 | 304 121
176 106 285 102 176 104 292 109 176 100 298 115
165 102 219 96 165 39 285 10% 165 96 292 104
154 98 Ar 44 154 95 278 95 154 92 285 102
143 94 263 BO 143 91 270 87 143 88 276 93
132 90 254 71 132 #7 2 60 tt 132 83 267 814
1:21 ВБ 242 59 121 83 249 66 121 BO 255 72
Ritavs= 23[(KQ)
RHHevs | RLLevo Rp Vevo | Vario | RHHevs | RLLevo Rp Vevo| Увую || RHHeavs | RLLevo Rp VhHvo Vpvio
(KA) (KA! kn imV mV) (KA: (KA! КП; im im} КП! (KA: ‘KA: Im) mv)
276 196 117 286 103 242 196 115 293 110 207 196 111 299 116
184 113 281 qe 184 110 ¿87 104 184 107 ¿dd 111
173 103 275 ye 174 106 281 98 173 103 2458 105
161 104 267 Ad 16 1 101 2748 91 161 9 4 280 97
150 100 259 76 150 97 266 83 150 94 272 89
138 9.5 249 66 138 93 256 73 138 90 262 79
127 9] 238 55 127 HB 244 61 127 85 251 58
265 196 116 289 106 230 196 114 295 112 196 196 110 302 119
184 112 283 100 184 109 290 107 184 106 296 113
173 104 277 94 173 105 283 100 173 101 290 107
161 103 270 HT 161 100 276 93 161 97 283 100
150 99 261 TH 150 06 268 85 150 93 274 9]
138 Yq ¿bz Bi 138 92 258 75 138 ВВ 265 82
127 90 240 57 ТЕТ ay 24T 64 127 34 253 ТО
253 196 115 291 108 219 195 Li? 297 114 184 196 109 304 121
184 111 235 102 184 108 147 109 184 104 294 115
173 107 #79 ЧБ 17% 104 285 102 173 100 292 109
161 102 ere a4 161 99 278 95 161 ЧБ 265 102
150 98 264 ВО 150 95 270 #7 150 91 276 93
138 94 254 71 138 91 260 17 138 87 267 B4
127 89 242 59 127 8Б 249 66 127 83 255 12
Rıles=2Z4[KQ)
TRnnevs RLLBVO Rp Увуо Увую || Rukevs | Rilavo RP Vavu Vevio || Runevs | RLLevo Rr LUE LOT VRVi0
КП! (Kft) (RO! mv) тм} (Rai IK fl | thi im! imvi ГКП} (КП : (KA mh | Im‘ |
288 204 122 286 103 252 204 120 293 110 216 204 116 299 116
192 118 28] 98 192 115 287 104 192 112 294 111
180 113 25 92 180 110 281 96 180 107 28H 105
168 108 267 #4 168 105 274 31 158 102 280 97
156 104 254 76 156 101 266 4 3 156 9H 272 BY
144 99 249 AA 144 ЧБ 256 73 144 93 262 ‘4
132 94 238 55 132 92 244 61 132 BH 251 68
276 204 121 289 106 240 204 119 295 112 204 204 115 302 119
192 117 283 100 142 114 290 107 192 110 296 113
180 112 277 94 130 104 283 100 180 106 240 107
1658 107 270 BY 16% 105 216 93 168 101 283 100
156 103 261 TH 156 100 2668 85 156 96 274 91
144 98 252 65 144 95 ¿58 то 144 92 265 B2
132 43 240 57 132 91 247 64 132 ВТ 203 O
264 204 120 291 108 228 204 117 297 114 192 204 113 304 121
192 116 285 102 192 113 292 109 192 109 298 115
180 111 279 96 180 108 285 102 180 104 292 109
168 107 272 89 168 104 278 da 168 99 285 10?
156 102 263 80 156 99 АТО 87 156 95 276 93
144 97 253 TO 144 94 260 if 144 90 267 5 4
132 93 242 59 132 90 249 66 132 86 255 72
Rılevs> 25(K9)
Runevs | RLLBVO Увуо Увую | Runevs | RLLevo ЯР Vevo | Увую || RHHavs | RLLaevo АР Vevo | Увую
Kai (KM) e mV) { mW) (Kf) (kn) (KA) mV) mV) (KO) (КО) KA) (mW) (mV)
300 213 127 286 103 263 213 125 293 110 225 213 121 299 116
200 122 281 98 200 120 287 104 200 116 294 111
188 117 275 92 188 115 281 98 188 111 288 105
175 112 267 84 175 110 274 91 175 106 280 97
163 108 259 76 163 105 266 83 163 101 2712 89
150 103 249 66 150 100 256 73 150 97 262 79
138 98 238 55 138 95 244 61 138 92 251 68
288 213 126 289 106 250 213 123 295 112 213 213 120 302 119
200 121 283 100 200 119 290 107 200 115 296 113
188 117 277 94 188 114 283 100 188 110 290 107
175 112 270 a7 175 109 276 93 175 105 284 100
163 107 261 78 163 104 268 85 163 100 274 91
150 102 252 69 150 99 258 75 150 95 265 82
138 97 240 57 138 94 247 64 138 90 253 10
275 213 126 291 108 238 213 122 297 114 200 213 118 304 121
200 121 285 102 . 200 117 292 109 200 113 298 115
188 116 279 96 188 112 285 102 188 108 292 109
175 110 272 89 175 108 278 95 175 103 285 102
163 106 263 BO 163 103 270 87 163 98 276 93
150 101 254 71 150 98 260 17 150 9 4 267 4 4
138 96 242 59 138 93 249 66 138 LE 255 72
Rirevs—= 26(K2)
`Аннвуз | RLLBVO Vevo Увую | RHHevs | RLLevo АР Увуо Увую | RHHevs | RLLewvo ЯР Vavo Vevio
(кл, Ko) one im¥) mV] (KO) (KO) (КП) {т\) (mV) ik) (КП) (KO) (mV (mV)
312 221 132 286 103 273 221 129 293 110 234 221 126 299 116
208 127 281 98 208 124 287 104 208 121 294 111
195 122 275 92 195 119 281 98 195 115 288 105
182 117 267 84 182 114 274 91 182 110 280 97
169 112 259 76 169 109 266 83 169 105 272 B49
156 106 249 66 156 104 256 73 156 100 262 79
143 101 238 55 143 98 244 61 143 95 251 68
299 221 131 289 106 260 24d 128 295 112 221 221 124 302 119
208 126 283 100 208 123 290 107 208 119 296 113
195 121 277 94 195 118 283 100 195 114 290 107
182 116 270 87 182 113 276 93 182 109 283 100
159 111 261 78 169 108 268 85 169 104 274 91
155 105 252 69 156 102 258 75 156 99 265 82
143 100 240 57 143 97 247 64 143 93 253 70
286 221 131 291 108 247 221 127 297 114 208 a 123 304 121
208 125 285 102 208 122 292 109 208 118 298 115
195 120 279 96 195 117 285 102 195 112 292 109
182 115 272 89 182 112 278 95 182 107 285 102
169 110 263 80 169 106 270 87 169 102 276 93
156 105 254 71 156 101 260 17 156 97 267 84
143 99 242 59 143 96 249 66 143 92 255 72
Rıısvs= ys 27( KM)
Rimas | Revo Vuvo | Vavio RHHevs | RLLBVO Re Vavo | Vavio | Runevs | RLLavo Re Vevo | Vavio
(KO) (Kn) Nod (mW) (mV) (KA) (КП) (КП) {mV} (mV) (KO) (KA) (КП) {ту} (mV)
324 230 137 286 103 284 230 134 293 110 243 230 131 299 116
216 132 281 98 216 129 287 104 216 125 294 111
203 126 275 92 203 124 281 98 203 120 288 105
184 121 267 84 189 118 274 91 189 114 280 97
176 116 259 76 176 113 266 83 176 109 aT2 89
162 100 249 ББ 162 107 256 73 162 103 262 79
149 105 ‚238 55 149 102 244 61 149 98 251 68
410 230 137 289 106 270 230 133 295 112 230 230 129 302 119
216 131 283 100 216 128 290 107 216 124 296 113
203 126 217 94 203 122 283 100 203 118 290 107
189 120 270 B7 189 117 276 93 189 113 283 100
176 115 261 78 176 111 268 85 176 107 274 91
162 104 252 69 162 106 258 75 162 102 265 82
149 104 240 57 149 101 247 64 149 96 253 70
297 230 136 291 108 257 230 132 297 114 216 230 Lat 304 121
216 130 ¿85 102 216 127 292 109 216 122 298 115
203 125 279 96 203 121 285 102 203 117 292 109
189 119 272 89 189 116 278 95 189 111 285 102
176 114 263 80 176 110 270 87 176 106 276 93
162 108 254 71 162 105 260 77 162 100 267 84
149 103 242 59 149 99 249 66 149 95 255 72
Rıles=28[KN)
RHHevs | RLLevo| RP Vevo | Увую || RHHevs | RiLevo Re Vevo | Vevio | Rhnevs | Rilevo|l Re VBvo | Vavio
(KA) (КП) (KA) {mV} (mV) (Ko) (KA) (КП) imV) (mV) (KA) кп, кп, (mV) imV)
336 238 143 286 103 294 238 139 293 110 252 238 135 299 116
224 137 281 98 224 134 287 104 224 130 294 111
210 131 275 92 210 128 281 98 210 124 288 105
196 125 267 84 196 122 274 91 196 118 280 97
182 119 259 76 182 116 266 83 182 113 272 89
168 114 249 66 168 111 256 73 168 107 262 79
154 108 238 55 154 105 244 61 154 101 251 68
322 238 142 289 106 280 238 138 295 112 238 238 134 302 119
224 136 283 100 224 133 290 107 224 128 296 113
210 130 277 94 210 127 283 100 210 122 290 107
196 124 270 87 196 121 276 93 196 117 283 100
182 119 261 78 182 Eis 268 85 182 111 274 91
168 113 252 69 168 110 258 75 168 105 265 82
154 107 240 57 154 104 247 6 4 154 100 253 70
308 238 141 29] 108 266 238 137 297 114 224 238 132 304 121
224 135 285 102 224 131 292 109 224 126 298 115
210 129 279 96 210 125 285 102 210 121 292 109
196 123 272 89 196 120 218 95 196 115 285 102
182 118 263 BO 182 114 270 87 182 109 276 93
168 112 254 71 168 108 260 Tir 164 104 267 a4
154 106 242 59 154 103 249 66 154 98 255 72
Rirevs= 29[K() )
[Runevs | RuLevo RP Vavo | Увую || Runevs | RiLevo Rp Vevo | Увую || Ranevs | RL evo Re Vevo | Увую
(KA) (Ka) (KA) mV) mV) (KA) (KA: (KO) (ту | imV} (КП! (КП, (КП! mV! mV!
348 247 148 286 103 305 247 144 293 110 261 247 140 299 116
232 142 281 98 232 138 287 104 232 134 294 111
218 136 275 92 218 132 281 98 218 128 288 105
203 130 267 84 203 126 274 91 203 122 280 97
189 123 259 16 189 120 266 83 189 116 272 ag
174 117 249 66 174 114 256 1:3 174 112 260 Hi
160 111 238 95 160 108 244 61 160 104 251 6 4
334 247 .147 289 106 290 247 143 295 112 247 247 139 302 LES
232 141 283 100 232 137 290 107 232 133 296 113
218 135 277 94 218 131 283 100 218 127 290 107
203 129 270 87 203 125 276 93 203 121 283 100
189 123 261 18 189 119 268 85 189 115 274 91
174 116 252 69 174 113 258 15 174 109 265 82
160 110 240 57 160 107 247 6 4 160 103 253 ТО
319 247 146 291 108 276 247 142 297 114 232 247 137 304 121
232 140 285 102 232 136 292 109 232 131 298 115
218 134 279 96 218 130 285 102 218 125 292 109
203 128 272 89 203 124 278 95 203 119 285 102
189 122 263 80 189 118 ТО 87 189 113 276 93
174 115 254 71 174 112 260 17 174 107 267 B4
160 109 242 59 160 106 249 66 160 101 255 72
Ritevs= 30([KQ]
PRHHBVS RLLevo Re Vero Vavio || РЮннвуб | Rılavo Re Увуо Vavio || Runevs | RiLevo Re VBvo Vavıo
(KO) (Kn) ка) mV! mV) (KO) KO! ка! im¥i mV! КП! (КП, ко, imN') (mv)
360 255 153 286 103 315 255 149 293 110 270 255 145 299 116
240 146 281 98 240 143 287 104 240 139 294 111
225 140 275 92 225 137 281 98 225 133 288 105
210 134 267 84 210 131 274 91 210 126 280 97
195 127 259 76 195 124 266 83 195 120 gre 89
180 121 249 66 180 118 256 73 180 114 262 79
165 115 238 55 165 112 244 61 165 108 251 68
345 255 152 289 106 300 255 148 295 112 255 255 143 302 119
240 145 283 100 240 142 290 107 240 137 296 113
225 139 277 94 225 136 283 100 225 131 290 107
210 133 270 87 210 129 276 93 210 125 283 100
195 126 261 78 195 123 268 B5 195 118 274 91
180 120 252 69 180 117 258 F4 180 112 265 82
165 114 240 57 165 110 247 64 165 106 255 70
330 255 151 291 108 285 255 147 297 114 240 255 142 304 121
240 144 285 102 240 140 292 109 240 135 298 115
225 138 279 96 225 134 285 102 225 129 292 109
210 132 272 89 210 128 278 35 210 123 285 102
195 125 263 80 195 122 270 87 195 117 276 93
180 119 254 71 180 115 260 17 180 110 267 84
165 113 242 59 165 109 249 66 165 104 255 72
Riisvss=3 1 [(K0Q)
RHHevs| RLLBVO RP Vavo Vevio || RuHevs | RLLBvO Rp Vevo Vavio | Аннвуб | RLLSVO RP Vavo Увую
(KA) (Kn) (KO) imv) mV) (Ko) (KO) (Ka) (mV) (ту) (KO) (Ko) (KA) (mV) mV)
372 264 158 286 103 326 264 154 293 110 279 264 150 299 116
248 151 281 98 248 148 287 104 248 143 294 111
233 145 275 92 233 141 281 98 233 137 288 105
217 138 267 Bd 217 135 274 91 217 130 280 97
202 131 259 76 202 128 266 83 202 124 272 89
186 125 249 66 186 122 256 73 186 117 262 73
171 118 238 no 171 115 244 61 171 111 251 68
357 264 157 299 106 310 264 153 295 112 264 264 148 302 119
244 150 283 100 248 147 290 107 248 142 296 113
233 144 277 94 233 140 283 100 233 135 290 107
217 137 270 By 217 133 276 93 217 129 283 100
202 130 261 74 202 127 268 89 202 122 274 91
186 124 252 69 186 120 258 15 186 116 265 82
171 117 240 Ser 171 114 247 64 171 109 253 ТО
341 264 153 291 108 295 264 152 297 114 248 264 146 304 121
248 144 285 102 248 145 292 109 248 140 298 115
233 142 279 46 233 139 285 102 233 133 292 109
217 136 at #9 217 132 278 95 217 127 285 102
202 129 263 ВО 202 125 270 87 202 120 276 93
146 123 254 71 186 119 260 ti 186 114 267 5 4
171 116 242 59 17 112 249 66 171 107 255 te
Rı.evs=32[KQ)
RHagvs | RLLevo Rr Vavo Vavio | RuHevs | RLLBvo Rp Vevo | Vavio | Ranevs | RLLBvO RP Vavo | Vario
кп! (KA! {KA im) mV) КП) (kn) (КП) (mV! im¥) (Ki) (КП) (КП) (mV! imV}
384 272 163 28h 103 336 272 159 293 110 288 272 155 299 116
256 156 281 98 256 153 287 104 256 148 294 111
240 149 275 92 240 146 281 98 240 141 288 105
224 142 267 84 224 139 274 91 224 134 280 97
208 135 259 76 208 132 266 83 208 128 272 89
192 129 249 66 192 125 256 73 192 121 262 79
176 122 238 55 176 118 244 61 176 114 251 68
368 272 162 289 106 320 272 158 295 112 272 2 1 2 153 302 119
256 155 283 100 256 151 290 107 256 146 296 113
240 148 277 94 240 144 283 100 240 139 290 107
224 141 270 B7 224 137 276 93 224 133 283 100
208 134 261 78 208 136 268 85 208 126 274 91
192 127 251 68 192 124 258 75 192 119 265 82
176 121 240 57 176 117 247 64 176 112 253 70
352 2712 161 291 108 304 272 157 297 114 256 272 151 304 121
256 154 285 102 256 150 292 109 256 144 298 115
240 147 279 YA 240 143 285 102 240 137 292 109
224 140 ата 89 224 136 278 95 224 131 285 102
208 133 263 80 208 129 270 B7 208 124 276 93
192 126 254 71 192 122 260 77 192 117 267 84
176 120 242 59 176 116 249 66 176 110 255 72
Rievs = 33[(KQ)
RHHevs | RLLevo РР Vevo | Увую || RiHevs | Rilevo АР Vevo | Увую | RHHevs | RiLeavo Rp Vevo Vevio
(KA) ‘KA (KO) {mV} ту) (КП! {кп} ка) (mV) imV) Kn) (KO) (Ko) mV) mV)
396 281 168 286 103 346 281 164 293 110 297 281 160 299 116
264 161 28] 98 264 157 287 104 264 1353 294 111
248 154 275 92 248 150 281 OR 248 145 288 105
231 147 267 84 231 143 274 91 231 138 280 97
215 139 259 76 215 136 266 83 215 131 272 89
198 132 249 66 194 129 256 73 198 125 262 79
182 125 238 55 182 122 244 Al 182 117 251 68
380 281 167 284 106 330 281 163 295 112 281 281 158 302 119
264 160 283 100 264 156 290 107 264 151 296 113
248 153 PAT A 94 248 149 283 100 248 144 290 107
231 145 270 B7 231 142 276 93 231 137 283 100
215 138 261 78 215 134 268 85 215 129 274 91
198 131 22 6 9 194 127 258 15 198 122 265 82
182 124 240 57 182 120 247 64 182 115 253 70
363 281 166 291 104 314 281 161 297 114 264 281 156 304 121
264 154 285 102 264 154 292 109 264 149 298 115
244 151 279 96 248 147 285 102 246 142 292 109
231 144 ore 89 231 140 278 95 231 135 285 102
215 137 263 ВО 215 133 270 B7 215 127 276 93
198 130 254 fl 198 126 260 Ti 198 120 267 8 4
182 123 242 59 182 119 249 66 182 113 255 72
Rıısvs= 34(KQ)
IRumevs | Ресвуо Re Vavo Vevio || Ranevs | RLLBvO Re Vavo Vevio || Aunevs | RLLBvO Re Vevo Vavio
(KN) (Kf) (KA) (mv) (mv) (KO) (KN (KO) (mV) mV] (KO) (Kf) (КП) (mV) (mW)
408 289 173 286 103 357 289 169 293 110 306 289 165 299 116
272 166 281 98 272 162 287 104 272 157 294 111
255 158 275 92 255 155 281 98 255 150 288 105
238 151 267 8 4 238 147 274 91 238 142 280 97
221 143 259 76 221 140 266 83 221 135 272 89
204 136 249 66 204 132 256 73 204 128 262 79
187 129 238 55 187 125 244 61 187 120 251 68
391 289 172 289 106 340 289 168 295 112 289 289 163 302 119
272 165 283 100 272 160 290 107 272 155 296 113
255 157 277 94 255 153 283 100 255 148 290 107
238 150 270 87 238 146 276 93 238 140 283 100
221 142 261 78 221 138 268 B5 221 133 274 91
204 135 232 69 204 131 258 75 204 126 265 82
187 127 240 57 187 124 247 64 187 118 253 70
374 289 171 291 108 323 289 166 297 114 272 289 160 304 121
272 163 285 102 272 159 292 109 272 153 298 1:15
255 156 279 96 255 151 285 102 255 146 292 109
238 148 272 89 238 144 278 95 238 138 285 102
221 141 263 80 221 137 270 87 221 131 276 93
204 134 254 71 204 129 260 17 204 124 267 84
187 126 242 59 187 122 249 66 187 116 255 iZ
RuLevs= 35(KQ )
HHBVS | RLLBVO Vavo Vavio || Rhngvs | Ricavo Rp Vavo Увую || RoHevs | RLiLevo Ar Увуо Vavio
(KA) (KA) Be mv) mV) (KO) (КП! КП; im¥ | im¥ } (KN) (Ka) (KN) mV) mV)
420 298 178 286 103 368 298 174 293 110 315 298 169 299 116
280 170 281 98 280 167 287 104 280 162 294 111
263 163 275 92 263 159 281 98 263 154 288 105
245 155 267 84 245 151 274 91 245 146 280 97
228 147 259 76 228 144 266 83 228 139 272 89
210 140 249 66 210 136 256 73 210 131 262 79
193 132 238 55 193 128 244 61 193 123 251 68
403 298 177 289 106 350 298 173 295 112 298 298 167 302 119
280 169 283 100 280 165 290 107 280 160 296 113
263 162 277 94 263 157 283 100 263 152 290 107
245 154 270 a7 245 150 276 93 245 144 283 100
228 146 261 78 228 142 268 BS 228 137 274 91
210 139 252 69 210 134 258 75 210 129 265 B2
193 131 240 57 193 127 247 64 193 122 253 70
385 298 176 291 108 333 298 171 297 114 280 298 165 304 121
280 168 285 102 280 16 4 292 109 280 158 298 115
263 160 279 96 263 156 285 102 263 150 292 109
245 153 272 89 245 148 278 95 245 142 285 102
228 145 263 80 228 141 270 87 228 135 276 93
210 137 254 71 210 133 260 77 210 127 267 84
193 130 242 59 193 125 249 66 193 119 255 72
Ricevs= 36 [КО )
HHBVS | RLLevo Re Vavo | Vavio || Анну | RLLe|vo Re Vevo | Увую [Rimavs|Riuavo] Rp Vavo | Vavio
(KA) (Ko) (KA) (mV) (mV) (KN) {КП (KO) mV) { mV} (KO) (КП) (КП! mV! mV!
432 306 183 286 103 378 306 179 293 110 324 306 174 299 116
288 175 281 98 288 171 287 104 288 166 294 111
270 167 275 92 270 163 281 98 270 158 288 105
252 159 267 84 252 155 274 91 252 150 280 97
234 151 259 76 234 147 266 83 234 142 272 89
216 143 249 66 216 140 256 73 216 135 262 79
198 135 238 55 198 132 244 61 198 127 251 68
414 306 182 289 106 360 306 178 295 112 306 306 172 302 119
288 174 283 100 288 170 290 107 288 164 296 113
270 166 277 94 270 162 283 100 270 156 290 107
252 158 270 87 252 154 276 93 252 148 283 100
234 150 261 78 234 146 268 B5 234 140 274 91
216 142 252 69 216 138 258 75 216 133 265 82
198 134 240 57 198 130 247 64 198 125 293 To
396 306 181 291 108 342 306 176 297 114 288 306 170 304 121
288 173 285 102 288 168 292 109 288 162 298 115
270 165 279 96 270 160 285 102 270 154 292 109
252 157 272 89 252 152 278 95 252 146 285 102
234 149 263 ВО 234 144 270 87 234 138 276 93
216 141 254 71 216 136 260 at 216 130 267 84
198 133 242 59 198 128 249 66 198 122 255 72
Ricavs= 37(KQ)
Аннывуб | RLLeavo Rp Vavo | Увую || Runevs | RLLevo Rp Увуо Vavio || RuHevs | RLLBvO Re Увуо VBV10
(Kn) (KA) {кп} (mW) imV) (Ka) (KA) (Ko) (mi) (mV | KA) (KO) (KA) (mv) (mV)
444 315 188 286 103 389 315 184 293 110 333 315 179 299 116
296 180 281 98 295 176 287 104 296 171 294 111
278 172 275 y 278 168 281 98 278 163 288 105
259 164 267 84 259 160 274 91 259 154 280 97
241 155 259 7h 241 151 266 83 241 146 272 89
222 147 249 hä oie 143 256 fa 222 138 262 79
204 139 238 55 204 145 244 61 204 130 251 68
426 315 187 2H9 106 370 315 183 295 112 315 315 177 302 119
296 179 2813 100 296 174 290 107 295 169 296 113
¿TE 171 277 93 278 166 26a 100 278 161 290 107
254 162 270 87 259 158 276 93 259 152 283 100
241 154 261 73 241 156 268 85 24] 144 274 91
222 146 252 64 222 142 258 75 222 136 265 82
204 138 240 57 204 133 247 64 204 128 253 70
407 315 186 291 10% 392 315 131 297 114 296 315 175 304 121
296 178 285 102 246 173 292 109 296 166 298 115
278 169 279 gh 278 165 2HS 102 278 158 292 109
259 161 272 Bu 250 156 27H 95 259 150 285 102
241 153 263 ВО 241 148 270 aT 241 142 276 93
22d 145 254 71 AA 140 260) et 222 134 267 81
204 136 242 59 2014 132 244 6h 204 126 255 72
Ricevs= 38[КО)
[Runevs | Ricavo] Rp Vave | Vavio || Ranavs |Ricevol Re Vuvo | Увую | Рннвуб | Ресвуо | Re Vevo | Увую
KA LEE KA mv Гу (Ka! (КП, KA! Emil mv (кп! (a) (кп, mv! imV)
456 123 193 286 103 399 323 189 293 110 342 323 184 299 116
304 185 281 oe 304 181 ¿87 104 304 175 294 111
285 176 275 92 245 172 28] 98 285 167 288 105
266 16% 267 81 266 164 274 91 266 158 280 97
247 159 259 76 247 155 266 83 247 150 272 89
22H 151 249 66 228 147 256 73 228 141 262 79
209 142 23H 55 209 138 244 61 209 133 251 68
437 423 192 289 106 380 323 188 295 112 323 323 182 302 119
304 183 283 100 304 179 290 107 304 1.73 296 113
285 175 277 94 285 171 283 100 285 165 290 107
266 167 270 87 266 162 276 93 266 156 283 100
247 158 261 78 247 154 268 #5 247 148 274 91
22H 150 252 AY 22k 145 258 75 228 139 265 B2
209 141 240 57 209 137 247 64 209 131 253 70
418 323 191 29] 108 361 323 186 297 114 304 323 179 304 121
304 182 285 102 304 177 292 109 304 171 298 115
285 174 279 ЧБ 285 169 285 102 285 162 292 109
266 165 212 ВЧ 266 160 278 95 266 154 285 102
247 157 263 ВО 247 158 270 87 247 146 276 93
228 14H 254 71 228 143 260 77 228 137 267 84
209 140 242 59 209 135 249 66 209 129 255 72
Rirevs= 39(KQ)
RHHevs | RLLavo Rp Vivo Vivio || RHHBVS | RLLBvO Rp Vuvo | Vavio || Rumevs | RLLevo Rp Vavo | Vavic
кп, (Kil) (KA Im mv) (КП, кп! (KA) (mv) im¥ | (KA) (кп! кп, mil (mil
468 332 194 ZHh 103 410 332 194 293 110 35] 332 189 299 116
312 190 21 4H 312 185 ¿287 104 412 180 294 111
293 181 205 92 293 177 281 98 293 17] 28H 105
214 172 267 НА 273 158 274 9] 273 162 2ВО 97
254 | A 4 259 76 203 159 266 83 254 154 272 89
234 154 249 AA 234 150 256 73 234 145 262 79
215 146 238 55 215 142 244 El 215 136 251 Ak
444 732 197 249 106 390 432 193 295 112 332 332 187 302 119
+12 189 244 100 412 184 240 107 312 178 296 113
293 180 277 ЧА 293 175 283 100 293 169 290 107
273 171 270 Hi? 27.4 166 276 93 273 140 243 100
254 162 261 TH 254 157 26H 85 254 151 274 91
234 153 252 64 234 149 258 75 234 143 265 82
215 144 240 57 215 140 247 63 215 134 253 70
129 743 196 291 LOR 371 332 191 297 114 312 332 184 304 121
+12 187 285 102 412 182 292 104 312 175 298 115
293 17H 279 96 293 173 285 102 293 167 292 109
273 164 ¿Ta #9 273 164 278 95 273 158 285 102
254 161 263 НО 254 156 270 ВТ 254 149 276 93
234 152 254 71 234 147 260 77 234 140 267 84
215 143 242 59 215 138 249 66 215 132 255 72
Ritavs=40([ KN)
RHHeavs| RLLevo Re Vavo | Увую || RHHevs | RLLevo ЯР Vevo | Увую || РАнывуб | RıLevo RP Vevo | Увую
(Ko) (KA) (KA) {mV) ту] (KO) (KA) (КП) im¥) (mV) (Kn) (KO) (KA) im¥) Im
480 340 204 286 103 420 340 199 293 110 360 340 194 299 116
320 195 281 98 320 190 287 104 320 185 294 111
300 185 275 92 300 181 281 98 300 176 288 105
280 176 267 34 280 172 274 91 280 166 280 97
260 167 259 76 260 163 266 83 260 157 272 89
240 158 249 66 240 154 256 73 240 148 262 79
220 149 238 55 220 145 244 61 220 139 251 68
460 340 202 289 106 400 340 198 295 112 340 340 191 302 119
320 193 283 100 320 188 290 107 320 182 296 113
300 184 277 94 300 179 283 100 300 173 290 107
280 175 270 87 280 170 276 93 280 164 283 100
260 166 261 78 260 161 268 85 260 155 274 91
240 157 252 69 240 152 258 75 240 146 265 В?
220 148 240 9 7 220 143 247 64 220 137 253 70
440 340 20] 291 108 380 340 196 297 114 320 340 189 304 121
320 192 285 102 320 187 292 109 320 180 298 115
300 183 279 9 6 300 178 285 102 300 171 292 109
280 174 272 89 280 169 278 95 280 162 285 102
260 165 263 80 260 159 270 87 260 153 276 93
240 155 254 71 240 150 260 17 240 144 267 84
220 146 242 59 220 141 249 66 220 135 255 Tie
087 ( MINOLTA X E — 5 ) PARTS LIST г
This parts list comprises exclusive parts for the 087.
Please use the parts list of 081( ХЕ), 082( X E- 1 ) and 086( XE- 7 ) for
all other parts unlisted here, because they are common to 081, 082 and 086 re-
spectively.
Z OMAR 087 (XE—5)ÉMER OZ #2 EL OKLOTH, COMBRYAOBRICO
NnTIOB1(XE), 082(XE-1), O8 6(XE-7) 4 335K THFOTO8B81, 082, 086
SJ VX CAB Fin,
Part No. & Part name Sketch Unit
087 - 0150 = 01
Film advance axis bearing
base plate set 1
AAN
087 - 0270 — O1
Shutter dial base plate set
Ve y À —F 47" BR A
* Coupled elements (except 087- Е
2010) are common to 087-0270
087-2010 ДЖОН
081-0270 Е
( 087 - 0270 - O1 )
087 — 2010 - 02
Pulley holder 1
T—1—Hn 4 —
087. = 0360 = 01:
ХЕ- 5 Top cover: set(Right) 1
XE-5 LH—ty (À)
* Top: cover. ‘tape (#1042) ‘are co-
"mmon to 081 |
En REY (#1042) 12081
CR SOS |
(2087 + 0360:= 01 )
¿087 - -:0361 - 01
: Counter window set 1
ADA St ETS,
Mw Part No, Part Name Part №. Part Name
в Penta prism set Penta prism set
N | 087 - 0883 | “~~ 27) Aatybt 081 — 0883| ra 7JzXAa+t,}
| Front cover Front cover
087 - 1006 a Я = — 081 — 1006 Al № +5 —
| Top cover second plate(Right) Top cover second plate(Right)
| 081 — 1028 | t%--- ЖЖ ( # ) 081 - 0317| Ея ^* —Ж (5)
| 087 — 1033 ar ed Uselessness ({FH#+4 |)
1 Eye-piece cap
arm Morea © Uselessness (#43 )
| Accessory shoe spring
! A h
0871053 |e louer 081 - 1053| 7+3+Y=>=x7 19
Shutter speed dial pulley Shutter speed dial pulley
087 — 2009 | S.S#41+2 7-9 - 081 = 2009] s sx 44x27 —y —
Pulley holder Pulley holder set
087 — 2010 ! 7-1 - kr x — 081 — 0213] TFT -ля У
8 Film advance nail spring Film advance nail spring A
087 — 3015 HM APY es 081 - 3015 SHIT x 7° Ù 2 7A
Film advance lever decoration Film advance lever decora-
087 — 3066 | ring & ть <—f > 081 — 3066 tion ring & тео
Film advance lever washer ‚ Film advance lever washer
087 - 3073 | bis —7 yy + - = DIS LE brut = Я Иж
Space plate ¡ Space plate
087 — 5003 | 3% EF E 081 — 5003 fH] lá Rm
Restriction frame - A Restriction frame — A
087 - 5005 | GI BR # À o 081 — 5003 41] Ke Ep à Ä
CdS holder support plate
O87 - 5027 | Cas mi? > RM Uselessness ( FRET )
Meter figure plate | Meter figure plate
087 - 5052 | 77 E 081 - 5054 4 — — Ag i
Penta pressure plate | Penta pressure plate
[081 — 5068 | > + # eh 081 - 0455 À 7 AH 2%
Fr | Fresnel lens
087 - 5805 a aia 081 - 5805] # x 48
Lead wire(Brown L = 140mm)
087 — 8414 | UF GE Го 140mm) Uselessness ( f€ A+++ )
de Body light shield pin - A
# +
087 — 9234 | e+ - ÉYX EL > A Uselessness ( A] )
087 — 9235 ee eee ne pie € Uselessness ( №1} cial )
Phillips type screw
9612 — PS TE
1430 — 12| (Use to 5027) 5027 IH) Uselessness ( #13 )
| 9612 - Phillips type screw 9611- Phillips type screw
т 1740 - 12| (Use to 087-0603 X0603 Hu ff FB) 1740 — 14 (Use to 081-0603 )(0608 BYAFA)
Parts List except that 081 series.
O81 LOMO Виж
Part №. Page | Part No, Page Part No, Page
_ 081 - 0171 17 081 — 3069 17 081 — 5061 13
081 - 0273 7 081 - 3070 17 081 - 5065 11
081 - 0312 3 081 — 3422 17 081 - 5075 13
081 - 0315 13 081 — 3424 17 081 — 5815 13
081 - 0316 13 081 - 3425 16 081 — 5816 3
081 - 0317 13 081 — 3426 16 081 — 5819 3
081 - 0351 l | 081 - 3427 16 081 — 8425 13
081 - 0370 13 081 - 5016 12 081 - 9046 16
081 - 0441 8 081 - 5021 8 081 - 9110 13
081 - 0443 я | 081 - 5022 8 081 - 9121 1
081 - 0455 12 081 - 5031 1 081 - 9325 8
081 - 0573 13 081 - 5033 1 081 - 9422 13
o: 081 - 5036 13
‘081 - 2244 12 081 - 5041 13 9611-1425-07
Use to 0573 & 3424 13, 17
9611-1435-01
081 - 2266 13 081 — 5045 13 9615-1450-07
to 0316 13
9615-1730-07
081 = 2267 13 081 - 5054 13 Use to 0370 mo
081 - 3029 17 081 - 5055 13 9691-1735-04
т Use to 0312 1
9695-1735-07
081 - 3059 6 081 - 5058 13 9792-3168-50 13
| Use to 2265
|
: Part No. € Part name Sketch Unit
087 — 5027 - Ol
; CdS holder support plate
CAS МЕНЯ = | =
E
= =
a
a
|
i
'
¡ |
| 087 - 5068 - 01 |
ох —02
ı Penta pressure plate
Nv A AR
=e ee eee eee
|
N
|
|
087 - 5805 - 01
‘Fresnel lens
Ds
ua ann
|
¡
087 - 8414 - 01
Lead wire(Brown L = 140mm)
Y — FR (GE L=140m)
Yo. dei He
#
da A
y 9
:
E
E
= oy
i Le
| |
087 - 9234 - 01
=,
Body light shield pin - A
KF-Eiteri
= a
i
$ 087 -— 9235 - 01 |
Body light shield pin - B
u | |
RY -BXE ER
| er
Part No. & Part name
рии
Sketch
Unit
9612 — 1430 - 01
Phillips type screw
Аа EAB UN e
9612 — 1740 — 12
Phillips type screw
FEA A ANB AL
ee E
WE
Part No, € Part name
Sketch
Unit
|
|
| У) ху,
a.
fou sus + ie ee - =
1
| 5 087 - 0883 — 01
Penta prism set
| q
Ета
pue
|
! т E
|
087 L 1006 - 01
¡Front cover
Aly 2% —
|
i
oe .
| Top cover second plate (Right)
4 =
| 087 - 1028 - 02
LABS (A)
q
087 — 1033 - 02
a ba se TA A re
_ Penta cover receiver.
Avy 2H EN
087 - 1050 - OL. :
Eye-piece cap
TA E-AR #7
087 - 1053 — 02
Accessory shoe spring
TIP) YAA TY
и И = и =)
a i 4
к sn A A Pag
sert y cas. pu PE A el ce un:
a a + E er
i ge
> pS hs +
E UT
rá
y = be they is =. Am te
wil J =! Pe A
at 4 |
i, 4 a
=.
re; - =
Part No. & Part name Sketch Unit - t-—
087 — 2009 — 01
‘Shutter speed dial pulley
Ad !
|
S,SZ41rn7-)- B |
|
|
|
A
087 - 3015 - Ol
Film advance nail spring = THY
La
LEMA 717
087 — 3066 — 01
Film advance lever decoration Me |
ring — | 3 |
de LIS Us — Mo |
a
o.
pa]
087 - 3073 - Ol
Film advance lever washer
BEG VHB. =
1 > : | 11
087 - 5003 - 01 | _ =e.
Space plate |
ku eh 7
Я F y 1 4 | |
“en CAS 5 lf
pro his
ЕН
- |
ts
el
087 - 5005 - 01 > > |
Restriction frame — А | oder]:
| 1
а», „раем |
E?
¿ + 4 Е
Part No, & Part name
' O87 - 0440 - 01
Eye-piece frame set
# ER FE + y |
| 087-0440
-01
Sl
—— — al
087 — 0452 - 01
Penta frame set
SZ ARPA tk
( 087 - 0452 - O1 )
087 — 5052 - 03
Meter figure plate
7—-F BRR
-—] --
+ =e ae
087 - 0571 - 01
Front base plate set
Mk yb
- 087 - 0603 - Ol
Penta prism cover set
“AY Аи |
~ al
* Coupled elemente are common
` to.081-0603 -....-- .-
KANIZH 081-0603 +H
& —
7 —
= ee --" = | :
">